WorldWideScience

Sample records for koryu sokushin jigyo

  1. Project to promote exchange of international information on environmental technologies; Kankyo gijutsu kokusai joho koryu sokushin jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    Mutual information exchange at international levels is important for practical application of global environment preservation technologies, whereas the APEC Virtual Center was established in fiscal 1997. Fiscal 1998 has discussed the future functions of the Virtual Center, and carried out the following matters to improve the functions and achieve its stable operation. Discussions were given on common use with the centers of other countries and regions of the specifications of classification systems for information areas and provided information that are provided by the Virtual Center. Visits were made to sub-managing countries and regions for smooth operation of the study groups, and opinions were exchanged. Visits were made to coordinators and contact points established in each country and region when the Center was founded in fiscal 1997. A visit was made to the U.S. Environmental Protection Agency to exchange opinions on coordination measures with the Cleaner Production Strategy of the U.S.A. being a project similar to the subject project. In order to strengthen the Japan's Center, attempts were made to expand the linking information to wider scope. Special pages publishing concentratedly the items of information that the users are interested were prepared as part of the information provision. (NEDO)

  2. Report of the researcher exchange promotion project on the environmental issues in the Asia-Pacific region; Asia/Taiheiyo chiiki kankyo mondai kenkyusha koryu sokushin jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1997-03-01

    Proposals have been made for the establishment of a network (ETERNET-APR) linking those involved in the research and development of environmental technology in the Asia-Pacific region in order to limit the environmental impact of industrial activity. By pursuing active exchanges of information and personnel, researchers in environmental technology in the Asia-Pacific region have been making serious efforts to establish such a network. This fiscal year, the Internet Web site of the ETERNET-APR has been created using the data collected to date. This database includes information on some 350 researchers and 200 research projects from seven countries. The first international symposium was successfully held at Environmental Research Institute of Chulalongkorn University in Thailand (ERIC), hosting 200 environmental researchers from 10 countries in the Asia-Pacific region. Tripartite sister laboratories ties among the National Institute for Resources and Environment (NIRE) and three Korean laboratories were forged. The sister laboratory project between ICETT and ERIC is also proving effective. These successes prove that intraregional joint research, the objective of ETERNET-APR, has begun to take shape in this year

  3. Fiscal 2000 report on result of project for promoting exchange of international environmental technology information; 2000 nendo kankyo gijutsu kokusai joho koryu sokushin jigyo seika hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    With the purpose of sharing environmental technology information of the APEC countries, the homepage structuring was commenced linking and systematizing the home pages owned by governments, institutions, enterprises, etc., as the APEC Virtual Center (APEC-VC) project, with the fiscal 2000 results reported. In creating the homepage contents, in order to disseminate more useful information for the developing countries, 'Environmental Technology Cooperation for Developing Countries' as the original contents was prepared. In building a search engine, for the purpose of improving convenience for website users of the Virtual Center, APEC VC Japan created a retrieval system on the site. In overseas investigation, the researchers visited local plants to grasp problems and the needs by enterprises and organizations on water-pollution, waste treatment and the like, with the purpose of reflecting the investigation result in the website. In addition, the researchers visited APEC VC coordinators and/or contact points to exchange opinions with the view of expanding the network. (NEDO)

  4. Fiscal 2000 report on result of project for promoting exchange of international environmental technology information; 2000 nendo kankyo gijutsu kokusai joho koryu sokushin jigyo seika hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    With the purpose of sharing environmental technology information of the APEC countries, the homepage structuring was commenced linking and systematizing the home pages owned by governments, institutions, enterprises, etc., as the APEC Virtual Center (APEC-VC) project, with the fiscal 2000 results reported. In creating the homepage contents, in order to disseminate more useful information for the developing countries, 'Environmental Technology Cooperation for Developing Countries' as the original contents was prepared. In building a search engine, for the purpose of improving convenience for website users of the Virtual Center, APEC VC Japan created a retrieval system on the site. In overseas investigation, the researchers visited local plants to grasp problems and the needs by enterprises and organizations on water-pollution, waste treatment and the like, with the purpose of reflecting the investigation result in the website. In addition, the researchers visited APEC VC coordinators and/or contact points to exchange opinions with the view of expanding the network. (NEDO)

  5. Fiscal 1999 technical survey report. Basic project on international cooperation on energy consumption improvement, etc. (Japan International Cooperation Center project on promotion of exchange of specialists); 1999 nendo kokusai energy shohi koritsuka nado kyoryoku kiso jigyo / kokusai energy shohi koritsuka chosa nado kyoryoku kiso jigyo chosa hokokusho. Kokusai kyoryoku center jigyo suishin senmonka koryu sokushin jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-09-01

    Specialist related to the governments of Thailand, Malaysia, and Indonesia where NEDO (New Energy and Industrial Technology Development Organization) implements its model projects were invited. They exchanged opinions with officials of the Japanese Government and affiliated organizations over measures for effective energy utilization. Opinions were also exchanged over the response of energy-consuming industries, development of technologies, and the status of their adoption. Activities of government-related participants are described below. Under a Model Project for Utilization of Waste Heat from Incineration of Industrial Waste at Industrial Estate, five Thai people with Industrial Estate of Thailand visited Ministry of International Trade and Industry, NEDO, NKK Corporation, Toyota Motor Corporation, and Keiyo Food Industrial Park. Under a model project on the recovery of waste heat from paper sludge incineration, four Malaysian people with Ministry of Energy, Communications and Multimedia or with Energy Center visited Ministry of International Trade and Industry, NEDO, NKK Corporation, Toyota Motor Corporation, and Japan Paperboard Industries Co., Ltd. Under a model project on the utilization of paper sludge and solid waste, four Indonesian people with Ministry of Industry and Trade or with Ministry of Mines and Energy visited Ministry of International Trade and Industry, NEDO, Babcock-Hitachi K.K., and Oji Paper Co., Ltd. (NEDO)

  6. Report on fiscal 1995 project to promote an exchange of researchers on environmental problems in the Asia-Pacific region; 1995 nendo itakujigyo (Asia/Taiheiyo chiiki kankyo mondai kenkyusha koryu sokushin jigyo hokokusho)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1996-03-01

    For the purpose of solving environmental problems caused in association with the increasing industrial activities in the Asia-Pacific region, the construction of a research network is being advanced aiming at promoting exchanges with researchers of other countries and activating information exchanges. Investigators were sent overseas to grasp the present situation, and researchers participated in a symposium on the APEC environmental technology cooperation for mutual understanding and personal interchange. In the overseas survey, visits were paid mainly to national research institutes and universities in India and Thailand. Positive approval was obtained on the construction of the ETERNET APR (Environmental Technology Research Network in the Asia-Pacific Region). In the symposium on the APEC environmental technology cooperation held in Nagoya, researchers participated mostly in the second session and made earnest discussions with researchers from other countries. The necessity and importance of the network was emphasized. Countries which participated the symposium have problems common to each, and it was greatly significant to meet together and discuss together. The environmental problem is on a global scale, and it is necessary to make close exchange/interchange of information/opinion on a long term basis and to tackle it in the whole Asia-Pacific region. 3 tabs.

  7. FY 1999 report on the survey of the basic cooperation project of enhancement of the international energy consumption efficiency. Project on promotion of exchanges with the persons concerned with government agencies, etc.; 1999 nendo kokusai energy shohi koritsuka nado kyoryoku kiso jigyo, kokusai energy shohi koritsuka chosa nado kyoryoku kiso jigyo chosa hokokusho. Seifu kikan nado kankeisha koryu sokushin jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    For the purpose of promoting the understanding of effective energy utilization and constructing corporative relations between countries, the persons concerned with government agencies of India, China, Indonesia, Vietnam, Myanmar and Thailand were invited to Japan, and exchanges of opinions were made on policies, technical development, the state of the introduction, etc. The persons concerned with governments of India, China and Indonesia participate in NEDO Forum 2001 to give lectures on the energy policy of their own. The persons sent from the Vietnamese government paid visits for survey to NEDO, Obayashi Corp., Kawasaki Heavy Industries, Ltd., Mitsubishi Materials Corp. and Taiheiyo Cement Corp. as reference of the model project on cement sintering plant power reduction. The persons sent from the Myanmar government paid visits for survey to NEDO, ECCJ, Chiyoda Corp., Yokogawa Electric Corp. and Cosmo Oil Co. as reference of the model project on energy conservation at fertilizer plant. The persons concerned with the Thai government paid visits for survey to the plants concerned with the model project on residue combustion waste heat recovery facilities at paper mills and the model project on waste heat recovery at steel material heating furnace. (NEDO)

  8. Fiscal 2000 survey report on Asia/Pacific Regional Environment Problems Researcher Exchange Promotion Projects. Construction of Environmental Technology Research Network in the Asia/Pacific Region; 2000 nendo Asia Taiheiyo chiiki kankyo mondai kenkyusha koryu sokushin jigyo hokokusho. Asia/Taiheiyo chiiki kankyo gijutsu kenkyu kaihatsu network kochiku chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    For the purpose of developing and popularizing environment conservation technologies in the Asia/Pacific region, activities were conducted for Environmental Technology Research Network in the Asia/Pacific Area (ETERNET-APR). In this fiscal year, under the motto of Expansion of International Collaborative Researches on Environmental Technology, a 7th international workshop was held in Yokkaichi City, Mie Prefecture, with the attendance of approximately 60 people in Japan and from abroad. Researchers from overseas, in addition, attended a 10-day training program at the National Institute for Resources and Development and others in preparation for the embodiment of international collaborative research. A survey was conducted overseas for the promotion of database utilization and registration and for grasping the problems intrinsic to the respective research institutes and problems to occur at every stage of development. People's Republic of China was visited, where a miniscale workshop was held, study tours were made, and opinions were exchanged. It was actually felt, at the places that were visited, that ETERNET-APR was certainly in function in various fields. (NEDO)

  9. Research report for fiscal 1998 including researches into global environmental problems. Business report on the promotion of interaction of scientists over environmental problems in the Asia-Pacific region; 1998 nendo Asia/Taiheiyo chiiki kankyo mondai kenkyusha koryu sokushin jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    Global environmental problems are growing quite serious in developing countries, yet they are requested to properly deal with them without making light of sustainable development, for which international cooperation and diffusion of technologies for the development of environmental technologies are mandatory. Japan, utilizing what it learned from pollution within in the past and making the best use of its technologies and knowledge for environmental improvement in developing countries in Asia, has been hosting since fiscal 1997 a function of Environmental Technology Research Network in the Asia-Pacific Region function. In fiscal 1998, a fifth international symposium was convened at Science City Center at the foot of Mt. Suzuka on November 26 and 27. The central theme was the development of environmental technologies and international cooperation for developing nations, and the event attracted 180 participants from inside Japan and abroad. A number of concrete themes came out of working groups on water quality, air quality, and energy/waste, which concerned the drafting of propositions for international collaborative researches. As for researches abroad, four typical Malaysian institutes were visited. (NEDO)

  10. FY 1999 Project of information exchange by researchers on environmental problems in the Asia-Pacific region. Report on investigations for establishing Environmental Technology Research Network in the Asia-Pacific Region; 1999 nendo Asia/Taiheiyo chiiki kankyo mondai kenkyusha koryu sokushin jigyo hokokusho. Asia/Taiheiyo chiiki kankyo gijutsu kenkyu kaihtsu network kochiku chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    Described herein are the results of the FY 1999 activities for the project of information exchange by researchers on environmental problems in the Asia-Pacific region. In 1999, the 6th International Workshop was held in City of Yokkaichi, Mie Pref., with the theme (Implementation of international collaborative researches on environmental technology) at International Center for Environmental Technology Transfer, with a total of more than 50 domestic and foreign attendees actively participating in the discussion. The keynote addresses were (Use of coal and environmental improvements) presented by Mr. Yoshisada Nitta, Director at Central Research Institute of Electric Power Industry, and (Potential of clean fuel from biomass) presented by Dr. Kyu-Wan Lee of Korea Research Institute of Chemical Technology. The overseas surveys were conducted to promote the use and registration of the databases, and to identify problems by the on-the-spot investigations in Vietnam, the Philippines and Republic of Korea. At the same time, the mini-workshops were held for information exchange with the research institutes. It is keenly felt that Environmental Technology Research Network in the Asia-Pacific Region (ENTERNET-APR) works certainly in various areas, with the attendees in the last workshops serving as the key persons. (NEDO)

  11. International Symposium for the Promotion of APEC Environmental Technology Exchange; APEC kankyo gijutsu koryu sokushin symposium

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1996-11-11

    The International Symposium for the Promotion of APEC Environmental Technology Exchange was held under the theme `The function and role expected of the APEC Virtual Center,` with the objectives of clarifying the need for future intra-regional environmental technological exchange, defining the types of information and personnel exchange, and promoting the use of interactive character of the APEC Virtual Center for Environmental Technology Exchange by encouraging access to and participation in the Virtual Center project. It was held in the period of 11th and 12th, November in 1996, at the venue of Rinku International Convention Center in Osaka. The symposium was attended by 477 persons from nine countries, i.e., Australia, Canada, China, Indonesia, Korea, Philippines, Thailand, the US, and Japan, comprising staff members of intra-regional environment-related organizations. After the keynote speech, `Current status and tasks of environmental technology exchange`, and `Expected roles of the Virtual Center for Environmental Technology Exchange` were discussed. During the plenary session, the chairman summarized the symposium. This summary was carried on the Virtual Center homepage of the Internet

  12. FY 1999 project report on the invitation program for developing countries. International researcher exchange project - Researcher exchange/technical guidance project; 1999 nendo kenkyu koryu gijutsu shido jigyo / kokusai kenkyu koryu jigyo kaigai kenkyusha shohei jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    For the promotion of research exchanges on global environmental preservation with developing countries, Ms. Malee Santikunaporn, lecturer of Faculty of Engineering, Thammasat University, Bankok, Thailand was invited. Desulfurization/denitrification facilities, which are being widely spread in developed countries, have marked effects, but high prices are an obstacle to the spread in developing countries. To make them spread in developing countries, it is needed to develop the technology which is low in price and meets the actual state in developing countries. As a technology with high viability, a system to simultaneously remove SOx and NOx was cited in which Cu is used as catalyst and adsorbent and into which the catalyst regeneration process is integrated. Considering it, technical exchanges on Cu-SiO{sub 2} catalyst as the basic theme were made during September 26 - December 23, 1999. Through visits on and exchanges with Tokyo Institute of Technology, ICEET, University of Kyoto, etc., understanding was deepened about how each country is tackling environmental problems. The theme 'Oxidative sorption of SO2 by Cu-SiO{sub 2} catalyst: characteristics of catalyst' could deepen knowledge/information of the developmental research as a system for simultaneous removal of SOx/NOx. The data obtained indicated great practicality of Cu-SiO{sub 2}. (NEDO)

  13. Fiscal 2000 report on research exchange/technical guidance project, international research exchange project, and invitation program for overseas researchers; 2000 nendo kenkyu koryu gijutsu shido jigyo / kokusai kenkyu koryu jigyo kaigai kenkyusha shohei jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-02-01

    With the purpose of promoting research exchanges with developing countries concerning preservation of the global environment, ICETT (International Center for Environmental Technology Transfer) invited two researchers from Center of Environmental Protection and Chemical Safety, Institute of Industrial Chemistry, Ministry of Industry, Vietnam. The period was from September 19 to December 17, 2000, and the subject was a basic research on environmentally friendly wastewater treatment technology utilizing bacteria in soils. In an experimental system, five reaction layers made of vinyl chloride tubes having a diameter of 16 cm and a height of 50 cm are serially connected, with a suitable filler used for each as a tank for precipitation of heavy metals and treatment of BOD, for anaerobic denitrification, for decomposition of aerobic COD, BOD, etc., for phosphorus treatment, and for bleaching (deodorizing), and with domestic wastewater treated through contact filtration. In spite of a limited period, from the obtained experimental results, the quality of water after the treatment was Class B or higher in the Japanese environmental standards for rivers, lakes and coastal waters, showing high practicability of this system. Further, some pieces of consideration were given additionally to the application in Vietnam. (NEDO)

  14. Engineer exchanging project (coal mine technology field) in fiscal 1999. International information exchanging project (advance survey on Russia); 1999 nendo gijutsusha koryu jigyo (tanko gijutsu bun'ya) kokusai koryu jigyo. Jizen chosa (Roshia)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    This advance survey on Russia has performed visiting surveys and information collection at coal related organizations inside Japan and in overseas countries on production technology levels, trends and technology exchange needs in overseas coal producing countries. The project is intended to serve for improvement in the contents of and smooth execution of the engineer exchange project in the 'coal mine technology field. It was carried out by expertise people as the site surveys and the engineer reception and exchange surveys. Because of the economic crisis that has hit Russia in 1998, unprofitable coal mines were closed one after another under the coal mine scrap and build policy under the initiative of the World Bank. This situation is giving serious impacts on coal mines in the Far East Russia and the coastal areas. However, the importance of coal as the primary energy source has not been changed at all in the Far East Russia. Thus, the areas have fallen into a situation that they must rely on a great amount of introduced and imported coals as a result of weakening in coal mines in the Far Eastern area on the other hand. This paper reports mainly the situation in which the coal industries in the coastal areas are placed, and the possibilities of technology exchange. (NEDO)

  15. Fiscal 1998 engineer interexchange project (coal mine technology field). International interexchange project (Workshop in Japan); 1998 nendo gijutsusha koryu jigyo (tanko gijutsu bun'ya). Kokusai koryu jigyo (kokunai workshop)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    This report summarizes the workshop and technical tour held in Japan for technical interexchange of domestic and overseas engineers. From the information obtained, the higher productivity of coal mines is dependent on selective mining under blessed geological conditions, however, basically establishment of an advanced management technique for inexpensive stable operation. Both preliminary collection of geological information and introduction of advanced facilities even under unstable conditions are necessary. The balance and optimization of the whole system, and an excellent human nature for operation are also essential. Use of roof bolt supports is diffusing as improvement technology of excavation speed and roof control technology over the world. However, for introduction of new technologies, collection of test results and various kinds of training are necessary. Methane gas in coal seams as the main theme of the Hokkaido workshop is a precious unused natural resource, and important for prevention of global warming and coal mine protection measures. Its use is dependent on development of gas drainage technology. (NEDO)

  16. Engineer exchanging project on coal mine technology field in fiscal 1999. International information exchanging project (advance survey on North America); 1999 nendo gijutsusha koryu jigyo (tanko gijutsu bun'ya) kokusai koryu jigyo. Jizen chosa (Hokubei)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    This project has been performed with an intention of making visiting surveys and information collection at coal related organizations in overseas coal producing countries on production technology levels and trends. The project is intended to serve for improvement in the contents of and smooth execution of the engineer exchange project in the 'coal mine technology field. It was carried out by the site surveys. The surveys revealed that the situation of the American coal industry is expected of stable increase in the demand and supply in the future, but the coal price is on the falling trend, and therefore, the industry is compelled to further increase the intensity and enhance the productivity. The industry is strongly influenced by the amended air pollution prevention act and nature destruction problems, hence further coal mine curtailment is estimated. Under such a background, it was found that the long-wall mining process progressing toward larger scale and higher productivity, and the high-wall mining process that provides higher productivity at lower cost and has less impact on the environmental problems can continue development in mountainous areas, particularly in the Appalachian area. The high-wall mining process mines coal at exposed facings on the side of a mountain by using a continuous miner, and transports the coal using machines. (NEDO)

  17. FY 2000 international exchange project on exchanges of engineers - Coal mine technology field. Overseas workshop (China); 2000 nendo gijutsusha koryu jigyo (tanko gijutsu bun'ya) kokusai koryu jigyo. Kaigai workshop (Chugoku)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    For the purpose of making technical exchanges with coal mine related engineers in China and surveying levels of coal production technology and the needs in China and possibilities of technology transfer from Japan, workshop was held and technical tours were made. On December 13, 2000, a workshop was held in China which was named 'Japan-China Joint Coal Project Workshop: Environment/Production/Security.' Participants were 112 including 16 from Japan and 96 from China. Subjects were as follows: subjects on coal resource and technical strategy in the 21st century, technical exchange project and technical development, Japan-China technical cooperation project, report on the operational situation of China Coal Industry Environmental Preservation Safety Training Center, Japan-China Joint Project on spontaneous combustion prevention technology, CMG recovery/utilization system joint demonstration project, Japan-China joint coal exploration project, Japan-China coal field geology joint exploration project, etc. (NEDO)

  18. Fiscal 1999 engineer exchange project (field of coal mining technology), international exchange project. Domestic workshop; 1999 nendo gijutsusha koryu jigyo (tanko gijutsu bun'ya) kokusai koryu jigyo. Kokunai workshop

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    The domestic workshop invites Japanese engineers and engineers from coal producing countries for the exchange of coal mining technologies and aims to substantiate and facilitate the dispatching and receiving of engineers under training programs. The main subject of the Asia-Pacific coal technology workshop was 'Coal for the 21st century - resources and technology,' and there were two sessions held on September 8, titled 'Trends and tasks of coal resources exploitation' and 'Coal resources and production technology.' Lectures were delivered by five overseas and five Japanese coal engineering experts. On September 9, nine essays were presented concerning 'Coal resources and security problems' and 'Coal resources and environmental problems.' In addition, a panel discussion was held, titled 'Coal resources assessment and technology.' Importance was emphasized of the correct assessment of the magnitude of resources, development of probing technologies to collect more detailed information, improvement of digging speeds applicable to faces for large and high-efficiency mining, development of coal mining technologies for increased recovery, etc. Information was exchanged on various occasions and partnership was enhanced between the participants to the advantage of engineer exchanging projects in the future. (NEDO)

  19. International exchange project for the engineer exchange project (in coal mine technology area) in fiscal 1998. Pre-survey in Europe; 1998 nendo gijutsusha koryu jigyo (tanko gijutsu bun'ya) kokusai koryu jigyo. Jizen chosa (Oshu)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    This survey in Europe surveyed the current status of the coal industry, supporting directions and policies of governments on the coal industry, and summarized the information thereof. The survey included movements in policies and activities in transfer of technologies to overseas countries by governments and corporations of different countries, and the current status of the coal technology training project. The survey covered Britain and Germany. The British coal industry is facing a serious difficulty because the electric power industry being the major coal purchaser has changes its sourcing to natural gas. In addition, the open-cut mining which has been considered high in productivity has no further hope of big progress due to regulations in the environmental aspects. However, as a result of having performed positively research and development on production cost reduction, the production efficiency has grown excellently. Using this situation as the base, positive advancement into overseas countries is being carried out. The German coal industry has, in spite of having reduced the production size and the number of coal mines, shifted coal purchasers to electric power generation and steel making areas, and its quality and supply capability stand equivalent to those of imported coals. (NEDO)

  20. Fiscal 1999 international engineer exchange project (Coal mining technology field). Overseas workshop (Australia); 1999 nendo gijutsusha koryu jigyo (tanko gijutsu bun'ya) kokusai koryu jigyo. Kaigai workshop (Goshu)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    This report summarizes the technology exchange with Australian coal mining engineers, the technical levels and needs on coal production, safety and environment in Australia, and the FS result on transfer of Japanese technologies, engineer exchange and joint research in a coal mining technology field. The overseas workshop (Australia) was held on Nov. 9, 1999 (Tues.) in Brisbane, Queensland. The Australia-Japan Technology Exchange Workshop on coal resources and coal mining technology includes 5 sessions (keynote address, trends and issues of coal resource development, coal resources and production technology, coal resources and safety technology, coal resources and environmental problems), and the open forum discussion on innovative technologies for coal mining. 6 Japanese specialists and 11 Australian specialists read papers. After the workshop, the participants visited Liddell Mine in New South Wales to master natural conditions, and production and safety technology levels of Australian coal mines, and to exchange various information with Australian coal mining engineers. (NEDO)

  1. FY 2000 international exchange project on exchanges of engineers - Coal mine technology field. Overseas workshop (Indonesia); 2000 nendo gijutsusha koryu jigyo (tanko gijutsu bun'ya) kokusai koryu jigyo. Kaigai workshop (Indonesia)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    For the purpose of making effective technology exchanges and surveying levels of technology in Indonesia and the needs and possibilities of technology transfer from Japan, workshop was held in Jakarta city on March 1, 2001. Subjects were the following seven: subjects on coal resource and technical strategy in the 21st century, challenge in coal development in Indonesia, geological structure survey at Tanjung Enim coal mine, waste water treatment in Indonesia, outlook for underground mining coal mines, joint research on the centralized monitoring system, and introduction of the optimum high wall coal mining system into open pit mining coal mines in Indonesia. The coal production amount in Indonesia was 75 million tons, and the domestic demand was 22 million tons. Japan imported 14 million tons from Indonesia. In coal mines in Indonesia, most of the coal preparation plants have no waste water treatment facilities. Considering that waste water treatment facilities are necessary for the plants in future, the joint research was made on the simple coal preparation waste water treatment system. (NEDO)

  2. International exchange project for the engineer exchange project (in coal mine technology area) in fiscal 1998. Overseas workshop; 1998 nendo gijutsusha koryu jigyo (tanko gijutsu bun'ya) kokusai koryu jigyo. Kaigai workshop

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    The international exchange project for the engineer exchange project (in coal mine technology area) in fiscal 1998, the 'Overseas workshop' has performed exchange in technologies with Australian coal mine engineers. The project refers to the Australian technological levels and needs in coal production, safety control and environment, as well as transfer of the Japanese coal mine technologies. This report summarizes the result of a survey on the engineer exchange project in the coal mine technology area and the possibility of joint researches. The 'overseas workshop' was held in November 1998 for two days in Brisbane City in QLD Province as the 'Japan-Australia coal technology workshop'. The 'Japan-Australia coal technology workshop' gave lectures in five sessions (the basic lecture, Japan-Australia high-speed excavation project, coal mine gas control project, exploration and resources, and development and experience of Japan). It also discussed two themes (mine safety management and rules, and greenhouse effect gases and coal mining). Two coal mines were visited thereafter to deepen the exchange with the Australian coal mine engineers. (NEDO)

  3. Fiscal 1998 engineer interexchange project (coal mine technology field). International interexchange project (Workshop in Japan); 1998 nendo gijutsusha koryu jigyo (tanko gijutsu bun'ya). Kokusai koryu jigyo (kokunai workshop)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    This report summarizes the workshop and technical tour held in Japan for technical interexchange of domestic and overseas engineers. From the information obtained, the higher productivity of coal mines is dependent on selective mining under blessed geological conditions, however, basically establishment of an advanced management technique for inexpensive stable operation. Both preliminary collection of geological information and introduction of advanced facilities even under unstable conditions are necessary. The balance and optimization of the whole system, and an excellent human nature for operation are also essential. Use of roof bolt supports is diffusing as improvement technology of excavation speed and roof control technology over the world. However, for introduction of new technologies, collection of test results and various kinds of training are necessary. Methane gas in coal seams as the main theme of the Hokkaido workshop is a precious unused natural resource, and important for prevention of global warming and coal mine protection measures. Its use is dependent on development of gas drainage technology. (NEDO)

  4. Fiscal 1998 engineer interexchange project (coal mine technology field). Preliminary survey on the international interexchange project in America; 1998 nendo gijutsusha koryu jigyo (tanko gijutsu bun'ya) kokusai koryu jigyo. Jizen chosa (Beikoku)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    As a part of the fiscal 1998 international interexchange project in a coal mine technology field, the survey was made in America. Geological engineering problem has large effect on the protection and productivity of underground coal mines. Promotion of long wall mining has contributed to reduction of disasters, however, recently deaths due to roof collapse and wall collapse are on the increase. A roof evaluation technique was developed for adequate selection of mining methods and support design, and its standardization and diffusion are in promotion. Integration and improvement advanced in facility technology because of worldwide integration by acquisition of coal mine facility manufacturers. Introduction of high-power high-capacity facilities is increasing with introduction of large long wall working faces, and development of rear transport system technology and labor saving by remote control are also in promotion according to such trend. As automation and labor saving technology of mining facilities, the automated direction detection and control system by laser and gyroscope is under development. (NEDO)

  5. International exchange project for the engineer exchange project (in coal mine technology area) in fiscal 1998. Overseas workshop; 1998 nendo gijutsusha koryu jigyo (tanko gijutsu bun'ya) kokusai koryu jigyo. Kaigai workshop

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    The international exchange project for the engineer exchange project (in coal mine technology area) in fiscal 1998, the 'Overseas workshop' has performed exchange in technologies with Australian coal mine engineers. The project refers to the Australian technological levels and needs in coal production, safety control and environment, as well as transfer of the Japanese coal mine technologies. This report summarizes the result of a survey on the engineer exchange project in the coal mine technology area and the possibility of joint researches. The 'overseas workshop' was held in November 1998 for two days in Brisbane City in QLD Province as the 'Japan-Australia coal technology workshop'. The 'Japan-Australia coal technology workshop' gave lectures in five sessions (the basic lecture, Japan-Australia high-speed excavation project, coal mine gas control project, exploration and resources, and development and experience of Japan). It also discussed two themes (mine safety management and rules, and greenhouse effect gases and coal mining). Two coal mines were visited thereafter to deepen the exchange with the Australian coal mine engineers. (NEDO)

  6. Preliminary survey report for fiscal 1999 on engineer exchange project (field of coal mining technology), international exchange project. Europe; 1999 nendo gijutsusha koryu jigyo (tanko gijutsu bun'ya) kokusai koryu jigyo jizen chosa. Oshu

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    In Europe, international division is in progress as the result of market internationalization, and the coal market is experiencing an increasingly intensive competition in the storm of deregulation. The coal industry of Britain is away from a crisis for the time being, thanks to a new 5-year contract concluded with the electric utilities who are the primary purchasers, but it has to compete with imported coal and natural gas. The industry is also hit by the control imposed on the development of new opencast coal mines. Production is on the decline in the German coal market, which is one the largest in Western Europe, due to reduced subsidies, unfavorable geological conditions, lowered price, etc. The German coal industry is positively striving to exploit coal mines overseas and to export coal mining technologies. In Spain and France, the coal industry is forced to shrink and, in France, there is a plan to terminate coal mining completely in 2005. In Poland, the introduction of market economy has resulted in the influx of low-price coal from Russia etc., and all the Polish mines are now in the red. Its joining the European Union in the near future will further increase the pressure from other nations. It is learned that in Britain, Germany, etc., coal businesses are accelerating their transfer of technology to developing countries and are positively strengthening their presence abroad. (NEDO)

  7. Engineer exchanging project on coal mine technology field in fiscal 1999. International information exchanging project (the overseas workshop in Vietnam); 1999 nendo gijutsusha koryu jigyo (tanko gijutsu bun'ya) kokusai koryu jigyo. Kaigai workshop (Vietnam)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    Technical information exchange was performed with Vietnamese engineers related to coal mine technologies through the overseas workshop and the technical tour. At the same time, investigations were executed on the production technology levels and needs in Vietnam, and on possibilities of transfer of Japanese technologies. The 'Overseas workshop (Vietnam)' was held on September 28, 1999 with the 'trends and problems in coal production technologies' as the main theme. Lectures were given in the session related to coal production technologies by Vietnamese coal technology experts, each from VINACOAL and IMSAT, and by two Japanese coal technology experts. A comprehensive discussion was also executed, and items of technical information were exchanged on the coal production technologies. The number of persons actually participated in the workshop counted 58, with the proceedings presented by them distributed. The Mao Khe and Duong Huy coal mines in Quang Ninh Province were visited as the technical tour, whereas the coal mine sites were inspected and opinions were exchanged with the site engineers. Gas analysis was performed in the Mao Khe mine from the viewpoint of a gas control technology, and site investigation was carried out on lock bolts in the Duong Huy mine from the viewpoint of a roof control technology. (NEDO)

  8. Fiscal 1998 engineer interchange project on the engineer interchange project (coal mine technology field), international interchange project. Preliminary study in Russia; 1998 nendo gijutsusha koryu jigyo (tanko gijutsu bun'ya) kokusai koryu jigyo. Jizen chosa (Russia)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    For the engineer interchange project (coal mine technology field), field survey for collecting information was made on the level and trend of production technology through visits to some coal industry organizations by specialists in Russia which is one candidate for the engineer training project by sending and receiving. Although coal is positioned as an important energy resource in Russia, poor business performance and a decrease in production are reported because of privatization and cur off of subsidies during a transfer period to a market economy. In addition, severe environment surrounding the Russian coal industry such as a delay of facility renewal due to poor funds, overage facilities, and moral reduction of workers due to a rationing delay has a potential for further reduction of production. The research group thus surveyed the current state of the Russian coal industry such as actual production structures, actual coal mines, technical levels, and various problem points in Moscow and Baykal districts. (NEDO)

  9. Exchange of researchers of oil substituting energies in EU countries; EU shokoku no sekiyu daitai energy kenkyusha koryu jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1996-03-01

    In order to further promote smoother introduction of oil substituting energies and development of new energies and energy saving technologies, it was intended to exchange and acquire items of information effective to learn the current state and policy trends on research and development of new energies and energy conservation in the EU countries who are the industrialized countries like Japan and enthusiastic in developing oil substituting energies. Therefore, exchange of researchers was carried out with an objective to contribute to research and development of oil substituting energies by deepening mutual understanding on the development efforts and forming efficient cooperative relationship. The researchers who visited Japan are Dr. Robert Durand (France) and Prof. and Dr. Bruno Scrosati (Italy). Dr. Durand has a great knowledge about fuel cells and storage batteries, and Dr. Scrosati about electrolytes and lithium batteries. Both gentlemen have visited the Agency of Industrial Science and Technology and the Agency of Natural Resources and Energy of the Ministry of International Trade and Industry, NEDO, Toshiba, Sony, Sanyo Electric, Japan Storage Battery, Matsushita Battery Industry, the Industrial Technology Research Institute of Osaka, and Kansai Electric Power Company. Views and information were exchanged and a number of good results were rewarded.

  10. Project to promote the technical development of global environmental industries. International research exchange project; Chikyu kankyo sangyo gijutsu kaihatsu suishin jigyo. Kokusai kenkyu koryu jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1996-03-01

    Exchanges with researchers/research institutes in overseas countries have an important meaning in promoting the research and development toward the creation of new research fields where the solution to the environmental problem is aimed at and toward the construction of new technological systems. Therefore, under the cooperation of Research Institute of Innovative Technology for the Earth (RITE), and RITE related researchers and societies, given were invitation and dispatch of researchers to international conferences and symposia involved in the global environment related technology, and exchanges with major overseas research institutes/universities. At the same time, based on the short-term invitation and dispatch so far given, a system was established for medium- and long-term dispatch/invitation of researchers who are thought to hold an important position in the future research activities. From the results obtained, domestic and foreign exchanges relating to the latest research could be promoted. In addition, researches in the basic domain related to the global environmental technology were advanced in a variety of fields overseas. The numbers of invitation and dispatch given in fiscal 1995 were 12 and 13, respectively, the results of which were included in this paper. 121 refs., 74 figs., 11 tabs.

  11. Technical engineers exchange project (coal mine technology field). Training in China; Gijutsusha koryu jigyo (tanko gijutsu bun`ya). Chugoku no kenshu ni tsuite

    Energy Technology Data Exchange (ETDEWEB)

    Adachi, T. [Japan Coal Energy Center, Tokyo (Japan)

    1998-07-01

    The paper described JCOAL`s project on the exchange of technical coal engineers of China. In the project on sending of engineers to China in the first term, coal mine engineers of Japan (Taiheiyo Coal Mine, Kushiro Works, Training Center) were sent to the Daitun coal-thermal power plant, Peixuan city, Jiangsu province, in September, 1997 to introduce the production control technology in Japan. They contributed to the heightening of productivity in coal mines in China. Eighteen Chinese participated in the training. Mechanization has been comparatively well in progress, and it was 83% in coal mining and 91% in drilling. The kind of coal is mostly a raw material coal. The stuff members are 30,000, and expert engineers are 4,200. The plant has an output of 130,000 kWh, owns its railroad, is run on the general multiple management, and is largely developing. The project on sending of engineers to China in the last term was carried out in February 1998 for tracing/confirming how the results of the training conducted in September are made the most of and if or not there is something bad and for obtaining the detailed data. A certain degree of promotion and effects were able to be confirmed. A project on training of the head, sub-head, etc. who were invited to Japan to lean production/management control was also carried out in November and December 1997. 1 tab.

  12. Project to promote the development of global environmental industry technology. Feasibility study of research exchanges; Chikyu kankyo sangyo gijutsu kaihatsu suishin jigyo. Kenkyu koryu kanosei chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1996-03-01

    In fiscal 1995, three teams were organized to study the following subjects: plant genetic and cellular engineering in relation to drought stress; simulation models of global environment for accurate assessment and prediction; the APEC Virtual Center for environmental technology exchange. The team studying plant genetic and cellular engineering in relation to drought stress visited the Department of Botany, Hebrew University of Jerusalem, Israel, the Jacob Blaustein Institute for Desert Research, Ben-Grunion University, Israel, the Department of Biochemistry and the Office of Arid Lands Studies, Arizona University, the U.S. to survey the present and future trend of the study and feasibility of research exchanges. The team studying simulation models of global environment for accurate assessment and prediction visited Yale University, Massachusetts Institute of Technology, Electric Power Research Institute, and Battle Research Institute in the U.S. to survey feasibility of research exchanges. The team studying the APEC Virtual Center for environmental technology exchange visited institutes in ASEAN countries to survey needs for the Virtual Center. 312 refs., 74 figs., 17 tabs.

  13. Promotion project to develop the global environment related industrial technology. Investigation on the possibility of research exchange; Chikyu kankyo sangyo gijutsu kaihatsu suishin jigyo. Kenkyu koryu kanosei chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1994-03-01

    Through visits to US universities and research institutes, investigation was made on the trend of global environment-related research and possibility of their exchanging the result of research with the RITE (Research Institute of Innovative Technology for the Earth). To investigate the process technology to utilize microbes harmoniously with the environment, the visit was paid to Cornell University, Battelle Memorial Institute and Risk Reduction Engineering Laboratory, where the investigation was made on the environmental bioremediation with microbial functions and clean process production without by-producing substances to load the environment. To investigate the technical measures against the global warming, the visit was paid to Brookhaven National Laboratory, Massachusetts Institute of Technology, California University, Hawaii University and Pacific International Center for High Technology Research, where the investigation was made, through discussion and exchange of research information and opinion with researchers and engineers, on the possibility of their exchanging the result of research with the RITE. Judging from the investigation of this time, the research which is mutually complementary between Japan and USA is easy to promote, because their respective advanced fields do not overlap with each other. 88 refs., 11 figs., 6 tabs.

  14. Survey report of FY 1997 on the global environmental industry technology development promotion project. International research exchange project; 1997 nendo chosa hokokusho. Chikyu kankyo sangyo gijutsu kaihatsu suishin jigyo (kokusai kenkyu koryu jigyo)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-03-01

    Exchange of personnel among foreign research organizations is significant for promoting research and development to create new research fields and to build new technological systems for the purpose of solving global environmental problems. For this purpose, researchers were sent/invited to/from international conferences and international symposiums related to global environmental technology and exchange of personnel with major foreign research organizations and universities was conducted under the cooperation of RITE and RITE-related researchers and related academic societies. Based on short-term invitation and sending of researchers as well as the feasibility study of researcher exchange, researchers were sent/invited on long- and mid-terms. As a result, exchange of personnel engaged in the latest research in Japan and overseas could be promoted. It was found that various researches are being conducted abroad in basic areas of global environmental technology. Since they are closely related to the research and development of industrial technology contributing to global environmental preservation promoted by RITE, it is important to establish a more efficient exchange system of researchers in the future. 91 refs., 38 figs., 14 tabs.

  15. Promotional operation for developing industrial technologies for global environment in fiscal 1998. International research exchange operation; 1998 nendo chikyu kankyo sangyo gijutsu kaihatsu suishin jigyo. Kokusai kenkyu koryu jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    With an objective of creating a new scope of study intended of solving global environment problems and structuring a new technical system, exchanges with overseas researchers and research institutions have been carried out subsequent to those in last year. In fiscal 1998, six researchers from different countries were invited to implement joint researches, and two overseas researchers were invited to an international conference on industrial technologies for global environment. In addition, in order to identify trends of research and development in overseas countries, two researchers were sent to universities in Germany and the U.S.A., and three researchers to international conferences and symposiums on the industrial technologies for global environment. It was intended to exchange technological information between overseas researchers and Japanese researchers who are performing the advanced researches on the industrial technologies for global environment, and to proliferate the latest items of technological information. Therefore, seven international seminars have been held, including the '98 Japan-China Global Environment Protection Symposium, 'substance migration and carbon circulation in coral reefs', 'plant bio-technologies in the 21st century', and the Fourth International Forum for Environmental Catalysts. (NEDO)

  16. Promotional operation for developing industrial technologies for global environment in fiscal 1998. International research exchange operation; 1998 nendo chikyu kankyo sangyo gijutsu kaihatsu suishin jigyo. Kokusai kenkyu koryu jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    With an objective of creating a new scope of study intended of solving global environment problems and structuring a new technical system, exchanges with overseas researchers and research institutions have been carried out subsequent to those in last year. In fiscal 1998, six researchers from different countries were invited to implement joint researches, and two overseas researchers were invited to an international conference on industrial technologies for global environment. In addition, in order to identify trends of research and development in overseas countries, two researchers were sent to universities in Germany and the U.S.A., and three researchers to international conferences and symposiums on the industrial technologies for global environment. It was intended to exchange technological information between overseas researchers and Japanese researchers who are performing the advanced researches on the industrial technologies for global environment, and to proliferate the latest items of technological information. Therefore, seven international seminars have been held, including the '98 Japan-China Global Environment Protection Symposium, 'substance migration and carbon circulation in coral reefs', 'plant bio-technologies in the 21st century', and the Fourth International Forum for Environmental Catalysts. (NEDO)

  17. FY 1995 annual report on the project for promoting development of superhigh electronic techniques; 1995 nendo chosentan denshi gijutsu kaihatsu sokushin jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1997-05-01

    Described herein are the FY 1995 results of the R and D project for developing superfine machining process techniques, measurement/analysis/controlling techniques for extreme conditions, and techniques for electronic materials of new functions, in order to establish the superhigh electronic techniques of two generations beyond. The project is implemented, mainly for the following targets: direct image drawing systems with electron beams by R and D of the techniques for electro-optical systems and superhigh-accuracy controlling techniques therefor; patterning systems with supershort-wavelength electro-magnetic waves by R and D of techniques for X-ray optical systems, superhigh-accuracy controlling techniques therefor and photosensitive process techniques; superfine photosensitive techniques with ultrashort-wavelength laser beams; techniques for superhigh-accuracy light-shielding systems; superhigh techniques for measurement/analysis/controlling of plasma reactions as the bases for plasma-aided superthin film making and superfine etching; basic techniques for superhigh cleaning; techniques for superhigh-sensitivity media; techniques for elements of new functions and making thin films thereof; and techniques for electronic materials of new functions. (NEDO)

  18. Fiscal 2000 research achievement report. Super-advanced electronics technologies development promotion project; 2000 nendo kenkyu seika hokokusho. Cho sentan gijutsu kaihatsu sokushin jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-05-01

    For the construction of a common base of key technologies in the domain of electronics and information with the influence propagating across a wide range of industries, research and development was conducted of technologies of ultrafine working process, technologies of ultimate measurement, analysis, and control, technologies of new functional electronic materials, etc. Studied in the field of electron beam lithography were high precision and large area imaging technology, highly accurate electron optics control system technology, and beam monitoring technology. Studied in the field of ultrashort wavelength electromagnetic wave patterning system technology were proximity ultrashort wavelength electromagnetic wave patterning system technology, reduced ultrashort wavelength electromagnetic wave patterning system technology, and ultrahigh precision new materials patterning technology. Also studied were technologies of super-advanced plasma measurement, analysis, and control, and technology of super-advanced cleaning. In the field of technologies of new functional elements and films, studies were conducted about technologies of highly sensitive GMR (giant magnetoresistive) film and head fabrication process for contact magnetic recording and technologies of a spin-valve head with submicron track width for contact magnetic recording. (NEDO)

  19. Fiscal 1998 research achievement report. Project for promoting development of super-advanced electronic technology; 1998 nendo chosentan denshi gijutsu kaihatsu sokushin jigyo seika hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-05-01

    For the purpose of establishing super-advanced technologies two generations ahead in the field of electronics and information, research and development was carried out involving ultrafine machining process technology, technologies of ultimate measuring, analysis, and control, and technologies of electronic materials equipped with novel functions. In the study of writing systems in which writing is performed directly by an electron beam, writing technologies using electron beams under single-column and multi-column systems were taken up. In the study of ultrashort wavelength electromagnetic wave patterning systems, studies were made about equimultiple ultrashort wavelength and reduced ultrashort wavelength electromagnetic wave patterning. In the study of ultrahigh precision shielding systems, studies involved high precision in situ measurement and control of writing distortion, and ultrahigh precision and high current density electronic optical technologies. Also carried out were research and development of technologies of super-advanced plasma measurement, analysis, and control, technology of cleaning by ultrafine particle control, technology of ultrahigh sensitivity medium, and technologies of new functional elements and film fabrication. In the overall research and survey, surveys were conducted of the trends of development of technology of semiconductor related lithography. (NEDO)

  20. Fiscal 1997 survey report. `Ultra high electronic technology development promotion project` under consignment from NEDO; 1997 nendo kenkyu seika hokokusho. Shin Energy Sangyo Gijutsu Sogo Kaihatsu Kiko itaku jigyo `Chosentan denshi gijutsu kaihatsu sokushin jigyo`

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-05-01

    For the purpose of establishing ultra high technology of a next next generation level, the R and D was conducted of ultra fine processing process technology, technologies on limit measuring/analysis/control and new functional electronic materials. Themes of the R and D are electronic beam direct picture drawing system technology, ultra short wavelength electromagnetic radiation patterning/system technology, ultra fine sensitizing technology, ultra high accuracy shading system technology, ultra high tech plasma reactive measuring/analysis/control technology, ultra high tech cleaning basic technology, ultra high sensitivity medium technology, new functional element/film formation technology, etc. This R and D is a greatly influential basic research in the whole industrial field, and therefore, it is necessary that researchers standing foremost in each field of industry/university/government join the project and that various R and D infrastructures are made the most of. For this, the concentrated joint research method and the dispersed joint research method are combined, and the R and D is being conduced by equal partnership of each researcher. 421 refs., 823 figs., 91 tabs.

  1. Fiscal 1996 survey report. `Ultra high electronic technology development promotion project` under consignment from NEDO; 1996 nendo kenkyu seika hokokusho. Shin Energy Sangyo Gijutsu Sogo Kaihatsu Kiko itaku jigyo `chosentan denshi gijutsu kaihatsu sokushin jigyo`

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-05-01

    For the purpose of establishing ultra high technology of a next next generation level which is a basic technology in the electronic information field, a key to the realization of the high grade information society and a common technology base giving marked influences to the wide range industrial field, the R and D was started of ultra fine processing process technology, technologies on limit measuring/analysis/control and new functional electronic materials. Themes of the R and D are electronic beam direct picture drawing system technology, ultra short wavelength electromagnetic radiation patterning/system technology, ultra fine sensitizing technology to draw pictures on metal and crystal surfaces using ultra short wavelength laser beams, shading system technology of shading mask to be used to the process of drawing ultra high accuracy and complicated figures, ultra high tech plasma reactive measuring/analysis/control technologies which become the base of ultra thin films and ultra fine etching using plasma, ultra high tech cleaning base technology, ultra high sensitivity medium technology, new functional element/film formation technology, etc. 137 refs., 358 figs., 38 tabs.

  2. Fiscal 1998 research report. Current state survey for promoting the field test project for introduction of advanced industrial furnaces; 1998 nendo koseino kogyoro donyu field test jigyo ni okeru jigyo sokushin no tame no jittai chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    Survey was made on the current state of installation and operation of industrial furnaces mainly in manufacturers to predict the applicability of advanced industrial furnaces, and study was made on energy consumption trends, the energy saving effect of advanced industrial furnaces, and factor extraction for their applicability. In the survey, questionnaires were delivered to 4,597 offices extracted from domestic 50,780 offices with employees more than 30, and nearly 30% of them were recovered, covering nearly 2.6% of all the offices concerned with this survey. As the survey result, the total annual energy consumption of domestic manufacturers was estimated to be 740,949 x 10{sup 6}Mcal, and among it, 709,709 x 10{sup 6}Mcal for large industrial furnaces. Under the assumption that nearly 30% of large industrial furnaces in operation are replaced with advanced industrial furnaces, energy saving expectation is estimated to be 210,000 x 10{sup 6}Mcal. Opinions and demands for this project showed the difficulty in their application to industrial furnaces in operation and study on their effects. Further enlightenment activities are necessary. (NEDO)

  3. FY 2000 report on the promotion projects by Research Institute of Innovative Technology for the Earth. Projects for international research exchanges and international seminars; 2000 nendo chikyu kankyo sangyo gijutsu kaihatsu suishin jigyo chosa hokokusho. Kokusai kenkyu koryu jigyo / kokusai seminar kaisai jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    Described herein are the results of the international research exchange projects promoted by Research Institute of Innovative Technology for the Earth (RITE) in FY 2000. The international research exchanges are important for creation of new research areas and technological systems for solving the global environmental problems. In order to promote these activities, RITE invites and dispatches researchers to international conferences and symposiums, promotes research exchanges with major foreign research institutes and academic organizations, and invites and dispatches researchers for medium to long periods. These projects promote exchanges of the latest researches with various institutes, both domestic and foreign, and confirm that the research and development projects now RITE is promoting are closely related to those promoted by various organizations. In the FY 2000, RITE invites 5 foreign researchers for joint researches, and invites 3 foreign researchers to international conferences. RITE also dispatches 3 Japanese researchers to American and European universities, and 12 Japanese researchers to international conferences and the like, to effectively promote the domestic researches and grasp development tendencies at institutes of various countries. RITE holds 5 international seminars for exchanging and discussing broad topics over advanced researches related to global environmental technologies by researchers, both domestic and foreign. (NEDO)

  4. Research report for fiscal 1998. Research into the feasibility of exchange of studies for the development and promotion of global environment-related industrial technologies; 1998 nendo chikyu kankyo sangyo gijutsu kaihatsu suishin jigyo. Kenkyu koryu kanosei chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    The above was conducted by Research Institute of Innovative Technology for the Earth (RITE). Worldwide collaboration is mandatory for the settlement of environmental problems for the earth, and RITE is positively promoting its interaction with research institutes abroad. In fiscal 1998, it sent research teams to government organizations and research institutes in Europe and America for studies there. A study in Europe involved the preparation of chemicals from CO2 by virtue of novel biotic reactions, and RITE's microbial molecular function laboratory plans to start a leading study in fiscal 1999. In relation with environmental impact reducing technologies using sunlight-aided photocatalysts, visits were paid to three research institutes in America. RITE itself has developed a powdered semiconductor catalyst and is engaged in the study of producing hydrogen by decomposition of water using solar energy. Concerning the production of saccharides out of farm wastes remaining unused, researches were made into the feasibility of joint studies with some advanced research institutes in America. Discussions were made about the performance- and stability-related improvement of enzymes usable for the decomposition of biomass, the analysis of biological environmental circumstances that substance yielding microbes find themselves in under anaerobic conditions, etc. (NEDO)

  5. FY 2000 report on the promotion projects by Research Institute of Innovative Technology for the Earth. Study on possibility of research exchanges; 2000 nendo chikyu kankyo sangyo gijutsu kaihatsu suishin jigyo seika hokokusho. Kenkyu koryu kanosei chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    Described herein are the results of the study on possibility of research exchanges, conducted by Research Institute of Innovative Technology for the Earth (RITE) in FY 2000. For development of thin-film catalysts, HTE, a venture developing combinatorial chemistry application to catalysts, is a potential partner for the exchanges. One of the technical problems involved in underground sequestration of CO2 relates to evaluation of the reactions between CO2 injected under pressure and the surrounding rocks. It is a less site-specific theme, and preferably pursued through international networks. The RITE delegates have visited the British Geological Survey, Canada's Alberta Research Council, and US's Pennsylvania State University, Rice University and Chevron Petroleum, finding research exchange possibilities in all of these organizations for broad technical themes related to underground sequestration of CO2. For energy conversion technologies using biomass resources as the source materials, the potential partners for the research exchanges include Swedish Royal Institute of Technology, Belgium's Catholic University of Louvain and Spain's University of Zaragona which leads researches in production of gases from wastes and biomass. (NEDO)

  6. Fiscal 2000 survey of geological structures overseas. Exchange of engineers with Indonesia (Coal mining technology); 2000 nendo kaigai chishitsu kozo nado chosa hokokusho. Gijutsusha koryu jigyo (tanko gijutsu bun'ya) Indonesia

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    Indonesia rich in coal resources consumed 70-million tons of coal in 1999, which covered 17% of its total energy demand. It is estimated that as much as 120-million tons will be produced in 2005, and it is expected that underground mining will increase. Under such circumstances, Indonesia strongly desires that Japan's underground mining technologies be transferred to Indonesia. For the transfer of technologies especially involving production control and management out of Japan's underground mining technologies, Japan dispatched engineers to Indonesia under a mining engineer exchange project, and received and trained Indonesian engineers. Under the engineer exchange project, five engineers were dispatched to Indonesia and gave lectures and on-site training in the period July 9 through August 5, 2000. Japan received seven engineers, who were given lectures and training at the Ikeshima mining field of Matsushima Coal Mining Company in the period November 12 through December 12, 2000. (NEDO)

  7. Fiscal 2000 survey report on overseas geological structure, etc. Project for exchanging experts - Exploration technology (Indonesia); 2000 nendo kaigai chishitsu kozo to chosa hokokusho. Gijutsusha koryu jigyo - Tansa gijutsu bunya (Indonesia)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    For the stabilization of coal supply/demand in the APEC (Asia-Pacific Economic Cooperation Conference) region and for the stable supply of coal to Japan, Japanese engineers and experts were dispatched to Indonesia, where coal production was remarkably increasing and efforts were being actively exerted to develop new coal mining fields, for training Indonesian specialists there, and Indonesian specialists were invited to Japan for training here. Japanese instructors on dispatch delivered lectures on coal geology, exploration, and exploitation at the human resource development center of Bandung City during the period July 20 through August 4, 2000, which was followed by a coal outcrop survey training session in the field. The trainees were from Kalimantan, Sumatra, Java, etc., and numbered 30. The trainees invited to Japan received lectures and training related to coal geology, exploration, and mining programs during the period October 19 through November 18, 2000, at the Geological Survey of Japan, Agency of Industrial Science and Technology, Ministry of International Trade and Industry; Matsushima Coal Mining Co., Ltd.; Enzan Plant, Tone Corporation; DIA Consultants Co., Ltd.; and Mitsubishi Materials Corporation. (NEDO)

  8. FY 1998 annual report on the survey on overseas geological structures. Project for exchanging engineers (coal mining technology area) (Vietnam); 1998 nendo kaigai chishitsu kozo nado chosaa. Gijutsusha koryu jigyo (tanko gijutsu bun'ya) (Vietnam)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    The project for exchanging engineers has been implemented, in order to improve production and managemental techniques of coal mining engineers in the Asia-Pacific region, promote smooth and efficient projects for surveying overseas geological structures, and facilitate stable supply of overseas coal to Japan. The FY 1998 project was concentrated on Vietnam, to which Japanese coal mining engineers were sent, and from which production management engineers were invited to Japan as trainees. The Japanese engineers sent to Vietnam educated the underground coal mining techniques. The Vietnamese management engineers invited were trained for, e.g., production management techniques (e.g., those for workplaces and organizations) in the Japanese mines, administrative management techniques, and techniques to improve safety and productivity in the mines. Coal Energy Center and Taiheiyo Mining's Kushiro Mine provided training facilities. (NEDO)

  9. Fiscal 1997 technological survey report. Engineer exchange project - coal mine technological field (Advanced coal producing country survey - U.S.A. survey); 1997 nendo gijutsusha koryu jigyo (tanko gijutsu bun'ya) senshin santankoku chosa. Beikoku chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-03-01

    While the introduction and adaptation of the Longwall excavation technology were carried forward for coal producing countries in the Pacific region, U.S.A. information was collected by making tours of coal mines in the West and Washington/Colorado/Utah States, with the intention of ascertaining technological trend so as to carry out efficient technological transfer, and for the purpose of replenishing the contents and contributing to the smooth implementation of the engineer exchange project in 'coal mine technological field'. The coal reserves are 400 billion tons, with 840 million tons produced and with 80 million tons exported; not less than 56% of the U.S. domestic electricity rests on coal. Production by open-pit mining is the majority while the output by underground mining is 38%; the Longwall method has increased as a digging method, taking 18% of all digging output. The productivity is 4.24 ton/person per day and ranks as the world highest. The coal mining technological trend in the U.S. can be summarized as follows. The coal mining output in the West is increasing, with the number of mines decreasing, so that the output per mine is increasing. With the output ratio by open-pit mining increasing, the digging method in the mine is being changed to the Longwall. (NEDO)

  10. Fiscal 1998 overseas geological structure survey report on the engineer interchange project (coal mine technology field), Indonesia; 1998 nendo kaigai chishitsu kozo nado chosa gijutsusha koryu jigyo (tanko gijutsu bun'ya), Indonesia hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    This project aims at improvement of coal mining technology and productivity in Indonesia by Japanese production control technology and business management technology for underground coal mining, through interchange of coal engineers between Japan and Indonesia. This project is composed of the short- term and long-term dispatch project of engineers to Indonesia, and the training project of Indonesian engineers in Japan. In fiscal 1998, the short-term dispatch was made for the training in Indonesia on underground coal mine development (development planning, pit mouth selection, main gallery design, mining system selection, transport planning, ventilation planning, under-river mining, mine water proofing, drainage). The long-term dispatch was made for contact and negotiation with concerned Indonesian organizations, support of the training project, and collection of information on the trend of Indonesian economy and energy, and the present and trend of the coal industry for conducting smooth and effective engineer interchange. (NEDO)

  11. Fiscal 1998 research report. Popularization project of the proper treatment technology of industrial wastes in Asian regions; 1998 nendo chosa hokokusho. Asia chiiki sangyo haikibutsu tekiseika shori gijutsu nado fukyu sokushin jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1996-03-01

    Study was made on popularization of the proper treatment technology of industrial wastes in Asian regions. In principle, industrial wastes should be recycled in a country concerned, however, because of a difference in technology and industrial location, treatment of all industrial wastes in a country concerned is impossible. International cooperation is thus indispensable to promote proper efficient practical measures for environment. For studying the possibility of the international cooperation between Japan and Asian countries concerned for further recognition and solution of industrial waste problems, 'International Symposium on the Asian Industrial Waste Issue' have been held in Tokyo since 1997 for governmental staffs. In fiscal 1998, Malaysia was invited in addition to China, Philippines and Thailand for popularization of the proper treatment and recycling of industrial wastes in Asian regions. In every Asian countries, poor collection of discharge, treatment and disposal data is an obstacle to effective treatment. Technical cooperation and financial support by developed countries are demanded. (NEDO)

  12. Report for fiscal 1998 on industrial waste optimized treatment technologies dissemination and promotion business for asian region. Holding a symposium; 1998 nendo chosa hokokusho. Asia chiiki sangyo haikibutsu tekiseika shori gijutsu nado fukyu sokushin jigyo (symposium kaisai)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    An International Symposium on the Asian Industrial Waste Issue was held in Tokyo on 4 February 1999, where lectures were delivered by participants representing China, the Philippines, Thailand, Malaysia, and Japan. More 150 people attended the event, with questions and answered animatedly exchanged between the lecturers and the audience. The progress of urbanization is quite rapid in China, with the quantity of waste increasing every years to justify the anticipation that there will be a very sharp increase in refuse incineration in the near future. Raising a serious problem in China these days is the plastic waste. In the Philippines, there are no private-sector waste treatment/disposal facilities and corporations are not obliged to take care of their waste. Consequently, very little treatment or recycling is being undertaken. In Thailand, although waste treatment/disposal centers are in operation financed by the Government and private sectors, the cost is very high, and the Government policy is that private investment will be encouraged and supported in future. In Malaysia, privatization is in progress of the business of managing waste in the solidified form. A comprehensive waste treatment/disposal plant was completed in 1998 by the endeavors of a Denmark-Malaysia consortium, and is in operation since then. (NEDO)

  13. Report of base consolidation promotion survey of overseas coal import in FY 1993. Feasibility survey of effective utilization of coal ash; 1993 nendo kaigaitan yunyu kiban seibi sokushin chosa. Sekitanbai yuko riyo jigyo no feasibility chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1994-03-01

    This report describes the effective utilization of coal ash discharged from general industry (general industry ash) as improving material of construction waste soil and deodorant for poultry industry. Coal ash is characterized by the pozzolan and self-hardening properties which are not shown in soil and sand. Coal ash having a large amount of free CaO in its composition has stronger such properties. Coal ash generated from fluidized bed combustor which is a kind of combustor of coal contains a large amount of free CaO, especially, resulting in the stronger such properties. On the other hand, coal ash has water and oil absorbing property due to its porous structure. To utilize these properties, the improving material of soft construction waste soil and deodorant for poultry industry have been selected. As a result of laboratory and field tests for the former, it was found that sufficient supporting force can be obtained. Since the protection of powder splash is required at the site, a humidification system has been developed, which can protect the splash by the humidification of 5%. The price between 500 and 1,000 yen/ton is suitable for the improving material of construction waste soil. The maximum price of the deodorant for poultry industry is 10 yen/kg. 14 refs., 40 figs., 49 tabs.

  14. Fiscal 1998 research report. Popularization project of the proper treatment technology of industrial wastes in Asian regions; 1998 nendo chosa hokokusho. Asia chiiki sangyo haikibutsu tekiseika shori gijutsu nado fukyu sokushin jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1996-03-01

    Study was made on popularization of the proper treatment technology of industrial wastes in Asian regions. In principle, industrial wastes should be recycled in a country concerned, however, because of a difference in technology and industrial location, treatment of all industrial wastes in a country concerned is impossible. International cooperation is thus indispensable to promote proper efficient practical measures for environment. For studying the possibility of the international cooperation between Japan and Asian countries concerned for further recognition and solution of industrial waste problems, 'International Symposium on the Asian Industrial Waste Issue' have been held in Tokyo since 1997 for governmental staffs. In fiscal 1998, Malaysia was invited in addition to China, Philippines and Thailand for popularization of the proper treatment and recycling of industrial wastes in Asian regions. In every Asian countries, poor collection of discharge, treatment and disposal data is an obstacle to effective treatment. Technical cooperation and financial support by developed countries are demanded. (NEDO)

  15. Report on the project for spread/promotion of technology for the industrial waste optimized treatment in the Asian region; Asia chiiki sangyo haikibutsu tekiseika shori gijutsu nado fukyu sokushin jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-03-01

    The International Symposium `98 on the industrial waste problem in the Asian region was held in Tokyo on February 18, 1998. MITI commented on the present situation of the industrial waste problem in Japan and Japan`s environmental tackling toward the Asian region, and also Asian countries (China, the Philippines, Thailand and Korea) made reports. Japan reported on environmental preservation measures taken in the industrial circle, the industrial waste problem at companies which advanced into Asian countries, effects of the Basel Convention (which restricts border-crossing movement of harmful wastes) on recycle activities, Japan`s role in Asia, etc. In the panel discussion, discussions were made on human interchange in the informatization, recycling technology, shortage of personnel concerned with environmental protection, construction of a network in the Asian region and Japan` s role, etc. As to the treatment system for waste, the necessity was recognized of studying systems which meet with actual states of each country. It is also necessary to go on with discussing how the system should be for cooperation between governments and private companies. Importance of the recycle and information exchange was emphasized. 10 refs., 14 figs., 27 tabs.

  16. Report on the project for spread/promotion of technology for the industrial waste optimized treatment in the Asian region (International Symposium `98); Asia chiiki sangyo haikibutsu tekiseika shori gijutsu nado fukyu sokushin jigyo (symposium kaisai) hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-03-01

    In Japan and Asian countries, the optimized treatment of industrial waste is the problem with the economic growth. Border-crossing movement of the waste for promotion of the renewable use is also a problem. Therefore, the International Symposium `98 on the industrial waste problem in the Asian region was held. China, Thailand, the Philippines and Korea were invited to Japan to give lectures. MITI of Japan reported on the present situation of Japan and the cooperation with Asian countries. The industrial circle reported on efforts for environmental protection measures to be taken, the industrial waste problem at companies which advanced into Asian countries, effects of the Basel Convention on recycling activities, Japan`s role in Asia, etc. In the panel discussion, promotion of cooperation for recycling technology and Japan`s support for formulating strategy on the industrial waste were requested to Japan, and the construction of an Asian area network was proposed. Concerning the cooperative system between governments and private companies, it was concluded that it was necessary to discuss it considering the actual state of each country. Importance of recycle and information exchange was realized again. 10 refs., 15 figs., 27 tabs.

  17. FY 2000 report on the survey of the project to promote and support the formation of the environmentally friendly energy community. Feasibility study on the waste utilization high efficiency power generation project; Kankyo chowagata energy community keisei sokushin jigyo chosa hokokusho. Haikibutsu riyo kokoritsu hatsuden jigyo ni kakawaru FS chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    An investigational study was conducted on energy recovery (power generation) in disposal of industrial waste. The capacity of power generation facilities in incineration processing of industrial waste reached approximately 200,000kW (50 facilities) in the total nationwide. The incineration-processed waste is mainly chips of wood, waste tire and bagasse. Almost all the electric power is for non-utility use, and there are no examples of selling it outside. In the metropolitan area, there is only one example of the industrial waste incineration power generation in Tochigi prefecture. This is because there are extremely very few enterprises which are sources producing the waste as target. However, if the industrial waste market is targeted, there is a future. The industrial waste has a lot of disadvantages as power generation use fuel because of its diversification, but the use of it as fuel is technically easier than the use of the general waste as RDF. Accordingly, it can be used for power generation with no need of special technology or facilities. When picking up facilities with a potentiality of high efficiency power generation from the existing incinerators in operation of persons in charge of industrial waste processing, approximately 125,000 kW can be obtained only from remodeling of the existing facilities. (NEDO)

  18. Report on a project to support promotion of forming an environmentally friendly energy community. Survey on an environmentally friendly community business by means of high-efficiency wastes power generation system in the Toyota-Kamo wide area; Kankyo chowagata energy community keisei sokushin hojo jigyo chosa hokokusho. Toyota Kamo koikiken kokoritsu haikibutsu hatsuden kankyo chowagata energy community jigyo chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    Taking the Toyota-Kamo wide area as the object, wastes power generation is positioned over the society system as worked on by administrations and operators integrally to incinerate mixedly those incineratable materials such as plastics among general and industrial combustible wastes for high-efficiency generation of power, which is supplied to electric utility operators as surplus power. Discussions were given on the business feasibility and the effectiveness as a society system. In this area, the mixed model B plan (dealing with general wastes plus industrial wastes) was evaluated as an effective plan as the society system. This is because the plan has effect to incinerate, melt and generate power from industrial wastes which have been used for land-fill, effect of improving the power generation efficiency, and effectiveness of mixed treatment with general wastes. The plan A in which general wastes are made into RDF, then incinerated mixedly with industrial wastes for power generation was evaluated to have high reliability potential of power supply and to be an effective plan as a society system, if effect can be expected to reduce transportation energy as a result of making the system large enough and turning wastes into RDF. (NEDO)

  19. NEDO Forum 2000. New energy and energy conservation introducing and proliferating project session (toward promotion of introducing new energies and energy conservation); Shin'ene shoene donyu fukyu jigyo session. Shin'ene shoene no donyu sokushin ni mukete

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-09-01

    The following themes were presented at this session: (1) the history and roles of the NEDO's introduction and promotion projects, (2) expectation and prospects to introduction and promotion of new energy and energy conservation technologies, (3) energy innovation in houses and buildings actively using new energies and energy conservation means, (4) works on introducing new energies by using the private finance initiative (PFI), and (5) the last resort for energy conservation promoting measures in the industrial domain (high-performance industrial furnace technologies). In Item 3, design cases intended for sustainable buildings were introduced. In Item 4, the PFI is explained as a means to use as much fund and management know-how in private sectors as possible in improving the social capitals and providing high-quality public services. In Japan, the PFI promotion law was established in July 1999 (the law concerning promotion of improvements in public facilities by utilizing funds in private sectors). Introductions are given on the wide area wastes disposal project in Kimitsu Area, the PFI model project for power generation of everyday use at Kanamachi Water Purification Plant of the Tokyo Metropolitan Water Supply Bureau, and the Omuta RDF power generation project. In Item 5, descriptions are given on a new high-performance industrial furnace using the combustion mechanism of 'high-temperature air combustion' created from preheated air at temperatures higher than spontaneous combustion temperature. (NEDO)

  20. FY 1999 Report on research and development of energy utilization rationalization superhigh-technological liquid crystal technologies. Superhigh-technological electronic technology development promotion project for new functional electronic material design, control and analysis technologies; 1999 nendo energy shiyo gorika chosentan ekisho gijutsu kaihatsu seika hokokusho. Chosentan denshi gijutsu kaihatsu sokushin jigyo shinkino denshi zairyo sekkei seigyo bunseki nado gijutsu

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-04-01

    Described herein are the FY 1999 results of the liquid crystal technology development project. For the researches on multi-layer reflection, composite panels of flattened resins of different refractive index are developed to improve 2-layer monochromic contrast ratio. The guest/host liquid crystal compositions of high orientation order are investigated as the those useful for high contrast. Compounds are pursued for superanisotropic light absorption, and modification with a substituent is found to be effective. Molecular orientation controlling is also studied. For researches on memory-sustaining type liquid crystals, the studied items include formation of thin ferroelectric films on glass substrates, improvement of voltage-sustaining characteristics by composites (including compounds), and doping of trace quantities of ionic impurities. For development of image element colors, the studied items include multi-lattice-structured, oriented HPDLC devices, composites of high birefringence (high order light scattering), and light interference, high order light scattering type light control devices. The multi-dimensionally anisotropic structure of configuration divided into 3 parts of R, G and B is developed to create directive reflection which improves brightness of the reflection type color liquid crystal. A group of compounds are pursued to develop liquid crystal compositions of high refractive index anisotropy, and promising ones are found. The results of the comprehensive investigations are also described. (NEDO)

  1. Fiscal 2000 research achievement report on the development of super-advanced liquid crystal technology for energy use rationalization. Development promotion project for super-advanced electronic technology - Design, control, analysis, etc., of electronic materials having novel functions; 2000 nendo energy shiyo gorika chosentan ekisho gijutsu kaihatsu seika hokokusho. Chosentan denshi gijutsu kaihatsu sokushin jigyo (shinkino denshi zairyo sekkei seigyo bunseki nado gijutsu)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-04-01

    Efforts are focused on the verification of target devices under the respective subjects, and activities are conducted with the development system reinforced. Three newly proposed reflection type liquid crystal devices achieve the target specifications of a reflection factor of 60% or higher and a contrast ratio of 15:1 or higher. Studies are conducted involving the five fields of (1) multilayer reflection devices, (2) memory retention liquid crystal devices, (3) single pixel color devices, (4) directional reflection devices, and (5) joint research. Research and development in field (1) covers ultra-anisotropic optical materials, ultrahigh reliability host liquid crystal materials for guest-host liquid crystals - mixed system, low voltage driven/high load holding liquid crystal compound systems, and new liquid crystal molecule orientation control technology; in field (2), low temperature fabrication of ferroelectric thin film, and ultrahigh purity high reliability liquid crystal compounds; in field (3), materials capable of controlling optical interference and higher order light scattering, photoregulation devices, highly birefringent liquid crystal materials - mixed system, and ultrahigh efficiency light scattering liquid crystal compounds; and, in field (4), multi-dimensional anisotropic structure fabrication technology and ultra-anisotropic optical materials. (NEDO)

  2. Report on survey for high-performance industrial furnace introduction field test project in fiscal 1999. Activities to promote proliferation of the introduction to subject project related business entities; 1999 nendo koseino kogyoro donyu field test jigyo chosa hokokusho. Taisho jigyosha eno fukyu sokushin katsudo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    This paper reports the survey on high-performance industrial furnace introduction field test project in fiscal 1999. The development of a high-performance industrial furnace having been performed by NEDO since fiscal 1993 has completed the fundamental development research in fiscal 1998, and the planned achievements were verified (large energy saving, reduction of NOx emission, and down-sizing). Upon the result, the introduction field test project has started in fiscal 1998 for three years until fiscal 2000. The number of research items adopted in fiscal 1998 was 58, and those in fiscal 1999 was 51, which are progressing smoothly at the present. Reduction in CO2 emission of 50,000 tons was demonstrated as the achievement in fiscal 1998, and NOx emission realized the regulation value or lower in cities wherein each operator is executing the project. Several cases of down-sizing were also reported. In the proliferation promoting project in fiscal 1998, activities were made mainly to the subject project related business entities in relation with the development achievements and general technologies for the high-performance furnace. In fiscal 1999, communication transmission was continued by using information tools on introduction of the achievements and technologies. Attempts will be made on promoting the proliferation of the field test project in the future through a number of technology lecture meetings performed by specialists. (NEDO)

  3. Fiscal 1994 survey of the base arrangement promotion for foreign coal import. Project to heighten the quality of subbituminous coal by low temperature carbonization process; 1994 nendo kaigaitan yunyu kiban seibi sokushin chosa. Teion kanryuho ni yoru arekiseitan no kohinshitsuka jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1995-03-01

    The low-temperature carbonization process of coal is a technology to produce high grade reformed coal corresponding to bituminous coal and coal oil corresponding to heavy oil from subbituminous coal and supply them at prices close to the present market ones. From viewpoints of diversified sources and multiple export harbors, an initial-stage survey was conducted of the whole flow from new development of undeveloped mining areas in the northwest of Sumatra, Indonesia to bringing by ships to Japan of products reformed by LFC process of the US SGI`s low-temperature carbonization technology. Clean coal prepared after mining is produceable at a little higher than $12. At processing ability of 10,000 tons/day of raw coal, production is expected of approximately 5,700 tons/day of solid products of more than 6,500 kcal/kg and approximately 1,000 tons/day of low sulfur C heavy oil class oil. The finished cost of solid products is about $25/ton, which becomes about $40/ton at the harbor price in Japan. In conclusion, the project to enhance the quality of subbituminous coal by the low-temperature carbonization is promising as a total system. 10 refs., 54 figs., 30 tabs.

  4. Project to support promotion of forming an environmentally friendly energy community. Survey report on 'a survey on introduction of an RDF electric power generation system utilizing general wastes in the Noto area'; Kankyo chowagata energy community keisei sokushin hojo jigyo. 'Noto chiiki ni okeru ippan haikibutsu riyo RDF hatsuden no donyu ni kansuru chosa' chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    A business feasibility survey was performed on introduction of an RDF electric power generation system utilizing general wastes in the Noto area. Wastes quantity was estimated by accounting for large-sized wastes to be generated newly as a result of enforcement of the container package recycling law, and transfer of non-combustible wastes to incineration. The quantity was estimated to be 84,000 tons annually. Quantities of RDF and heat were calculated from this estimation to be 103 tons per day and 400 lkcal/kg respectively. According to the result of discussing the RDF transportation systems, time-based freight was found advantageous for short distance, and distance freight system for long distance in terms of cost. Discussions for RDF power systems were carried out on an RDF circulation fluid bed furnace plus ash melting furnace, a fluid bed gasification melting furnace, and shaft furnace type gasification melting furnace. In a comprehensive view, it is difficult to distinguish them in terms of merit and demerit. Molten slag was assumed to be re-utilized, but cost for the re-utilization should be considered. According to the result of discussing the business feasibility, it was found difficult to make it profitable by operating the RDF power generation business alone, and wastes incineration charge should be collected. (NEDO)

  5. FY 1998 research result report. Ultra-high liquid crystal technology development for energy use rationalization (Technology of design/control/analysis of new functional electronic materials of the ultra-high electronic technology development promotion project); 1998 nendo kenkyu seika hokokusho. Energy shiyo gorika chosentan ekisho gijutsu kaihatsu (chosentan denshi gijutsu kaihatsu sokushin jigyo shinkino denshi zairyo sekkei seigyo bunseki nado gijutsu)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-05-01

    Element technology is studied to realize a reflective-type, full-color, and high-resolution liquid crystal display for super-low power consumption data display. As to the functional compound microstructure formation technology, a 4-inch panel was trially fabricated using two-layer guest-host liquid crystal technology to achieve the desired display performance by control of molecular orientation. Further, holographic PDLC elements were favorably test-fabricated. A ferroelectric PZT thin layer was formed by forming layer at low temperature at which a glass substrate can be used. Optical interference/optical dispersion type optical control materials were studied by liquid crystal/polymer composition. Also studied were super-pure/super-reliable liquid crystal compound/liquid crystal composite systems and super-anisotropic liquid crystal compound by modeling ionic impurities and liquid crystal molecular interaction. In relation to the control technology of optical reflection characteristics, effects of liquid crystal molecular structures (derivative effect and copolymer composition) on orientation were elucidated. As to the technology to form multi-dimensional anisotropic structures, efforts were made for the heightening of formation technology of simple RGB (red, green, blue) directional reflection layers using acrylate materials. The paper also outlined the comprehensive survey. (NEDO)

  6. FY 2001 report on the survey of the formation promotion subsidy project on the environmentally friendly type energy community. Potential survey of the commercialization of cogeneration using ligneous biomass in Kochi Prefecture; 2001 nendo kankyo chowa gata energy komyuniti keisei sokushin hojo jigyo. Kochi ken mokushitsu kei baiomasu riyo netsuden heikyu jigyoka kanosei chosa itaku gyomu hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-03-01

    Survey/study were conducted of potentiality of the cogeneration business using ligneous biomass in Kami County and the periphery of Kochi Prefecture. In the survey, the following were studied: regional characteristics of the said area, levels of technology of direct combustion/thermochemical conversion, future technical trends, system candidate, grasp/analysis of the resource amount, characteristics of ligneous biomass resource in the said area, analysis of economical efficiency of the procurement of biomass resource, grasp of energy users, etc. As a result, a system was selected of a 1,000kW scale cogeneration of ligneous resource. At the present technology level and under scale conditions, it was found out that the fixed bed direct combustion system was the most profitable in securing the economical realization. As to the system mostly for power generation, however, it was found out that the heat low in unit price of energy production should widely be used because the installation cost of plant is comparatively high. Facilities such as Kochi Medical Center where heat is in great demand throughout the year can expect profit from selling heat, and therefore, those have high potentiality of the commercialization. (NEDO)

  7. Fiscal 2000 survey report. High-efficiency energy system introduction promotion project for houses and structures - Houses (Technical classification tables prepared by analysis of proposed systems, and comments on the same); 2000 nendo jutaku kenchikubutsu kokoritsu energy system donyu sokushin jigyo (jutaku ni kakawaru mono) teian system no bunseki ni yoru gijutsu bunruihyo oyobi dokaisetsu

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    As an energy conservation promotion measure, a project is under development for introducing and subsidizing high-efficiency energy systems and for letting their effect known publicly and widely. The number of proposed energy systems has increased greatly and technical divisions to follow in classifying them have become vague, from which problems are now arising over the execution of follow-up checks and the maintenance of fair treatment. In the effort to solve this problem, 376 propositions are analyzed and classified, a technical classification method is proposed, and an instruction manual on the method is compiled. The classification involves (1) proposed classification, (2) variation, (3) energy reduction rate, and (4) tentatively calculated cost. Item (1) deals with the basic classification (air-conditioning, ventilation, and hot water supply, and, to be considered in combination with them, options which are cooking, illumination, and others) and, item (2) covers eight items such as new/old construction, structure, and structural frame. In Chapter 1 of the report, the 376 propositions are put in order according to common classification items and an original classification table is prepared. In Chapter 2, the goals are clarified and the classification principles are defined. In Chapter 3, the classification is checked for its validity and some realistic ways of grouping are described. In Chapter 4, a classification implementation flow chart is shown. (NEDO)

  8. FY 2000 report on the survey of the project to promote and support the formation of the environmentally friendly energy community. Study of the industrialization of the gasification power generation business by the pressurized two-stage gasification process using organic waste such as waste plastic as raw materials; 2000 nendo kankyo chowagata energy community keisei sokushin hojo jigyo chosa hokokusho. Kaatsu nidan gas ka process ni yoru hai plastic nado yuki haikibutsu wo genryo to suru gas ka hatsuden jigyo no jigyoka kento

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    Viability was studied of the power generation business using plastic waste as fuel and the methanol production business. In the project, the container packing waste plastic which was sorted/collected is supplied by tender, and the organic waste such as shredder dust is mixed. And the electric power is supplied to the gasification power generation facilities by the pressurized two-stage gasification process, neighboring plants, etc. As an alternative, the methanol production was also studied. As a result of the study, if the total amount of the waste plastic needed at the supply price assumed at present can be supplied, the business can be viable economically even without subsidy, but if the supply risk in supposing tender is considered, a subsidy of approximately 10% of the equipment/plant investment is needed. As to the methanol production as an alternative, it was indicated that the economical efficiency is almost the same, but the profitability gets fast worse due to the waste plastic supply cost since there is not much income and expenses are high despite of the smaller investment size than that in the case of the power generation. (NEDO)

  9. FY 2001 report on the results of the survey of the formation promotion subsidy project on the environmentally friendly type energy community. Survey of the commercialization of high efficiency power generation using fuel of waste such as waste construction materials; 2001 nendo kankyo chowa gata energy komyuniti keisei sokushin hojo jigyo. Kensetsu haizai tou haikibutsu nenryo ni yoru kokoritsu hatsuden no jigyosei chosa chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-03-01

    The paper studied a system for power generation and heat utilization using wood chips such as waste construction materials, used paper inappropriate for recycling and plastic refuse from neighboring local governments as fuel and assessed a potentiality of the commercialization. As to the system, the following were conducted: selection of the optimum combustor in the waste power generation, survey of the state of corrosion of boiler tube in the steam conditions and waste properties, selection of the optimum quality of boiler materials, etc. In the assessment of a potentiality of the commercialization, the commercialization was studied as in-house power generation/heat utilization business with a power generation scale of 9,950kW and a steam supply scale of 31.5t/h. As a result of the study, the energy conservation effect was found to be expected as follows: reduction of 33,000kL/y crude oil equivalent and reduction of 16,000t-CO2/y emission. As a result of studying the economical efficiency of business, the unit price of wood chip purchase and the unit price of waste plastic treatment which are required to recover the difference of the initial investment within 5 years were greatly different from the level as an aim. For the realization as business, a subsidy of 15% and more cost reduction were requested. (NEDO)

  10. FY 2001 report on the survey of the formation promotion subsidy project on the environmentally friendly type energy community. Potential survey of the introduction of a processing/power generation system using ASR in the South region of Tochigi Prefecture; 2001 nendo kankyo chowa gata energy komyuniti keisei sokushin hojo jigyo. Tochigi ken nanbu chiiki ni okeru ASR (Shuredda dust) wo nenryo to shita shori hatsuden system no donyu kanosei chosa chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-03-01

    For the consistent processing of waste automobile in Tochigi Prefecture and the neighboring area, survey/study were made of the thermal recycle using shredder dust, ASR (automobile shredder residue), as fuel as well as the material recycle. As to the amount of material recycle of waste automobile, the amount of potential recycle of iron, copper, plastic, etc. was estimated, and it was found out that the potential recycle of parts such as engine was 40-45%, that of iron scrap 35-40%, and that of ASR 20-25%. The amount of fuel (ASR amount) to be thrown into the gasification power generation system was set up at 150t. As the gasification power generation system, the pyrolysis gasifier and shaft kiln gasification melting furnace were selected. In the study of economical efficiency of the gasification power generation system, the following were considered: ASR processing price, plant cost, subsidy, running cost, char receiving price, power selling price, etc., but even in the case of the pyrolysis gasifier with highest valuation, both payback years and IRR did not reach the target. (NEDO)

  11. Fiscal 2000 project of inviting proposals for international joint research - invitation for international proposal (Energy conservation No.2). Achievement report on international joint study on popularization promotion of geothermal heat pump-assisted environmentally compatible heating system for Changchun City, China; 2000 nendo kokusai kyodo kenkyu teian kobo jigyo - kokusai teian kobo (Shoe No.2). Chinetsu heat pump ni yoru Chugoku Changchun shi kankyo tekigogata danbo system no fukyu sokushin ni kansuru kokusai kyodo kenkyu seika hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    A geothermal heat pump-assisted heating system is introduced into Changchun City and a survey is conducted to determine if the system may be popularized in this extremely cold region located in the northeastern part of China. In concrete terms, the hot water that circulates through the office building of Changchun Ground Heat Development Co., Ltd., is switched to hot water prepared by a geothermal heat pump. The test continued from December 2000 to March 2001. It is then concluded that heating by geothermal heat pumps will be fully serviceable to Changchun City. Implemented are (1) the shift from the coal fired boiler system to a geothermal heat pump system comprising 16 subterranean heat exchangers for the heating of the office building which is approximately 1000 m{sup 2} large, (2) long-term monitoring of the operating conditions, (3) measurement of subterranean heat exchanger thermal conductivity and subterranean temperature, and (4) the study of pipe shapes for improved thermal efficiency, grouting materials, and the like. (NEDO)

  12. Fiscal 1997 report on the development of an energy use rationalization ultra-high tech liquid crystal technology. Project of development/promotion of ultra-high tech electronic technology / technology of design/control/analysis of new functional electronic materials; 1997 nendo kenkyu seika hokokusho energy shiyo gorika chosentan ekisho gijutsu kaihatsu. Chosentan denshi gijutsu kaihatsu sokushin jigyo / shinkino denshi zairyo sekkei seigyo bunseki gijutsu

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-05-01

    A research was conducted with the aim of developing an ultra-low power consuming type information display which supports the next next generation informatizing society. As to the function combined type fine structure formation technology, a formation technology of fine structure supporting multi-layer pixel by organic polymer materials was established to confirm a possibility of adopting it to high functional liquid crystal display. Concerning the high functional fine structure formation technology, a study was proceeded with on holographic PDLC which is an interference reflection coloring method. In relation to the low temperature film formation technology of ferroelectric thin films, a film formation device was introduced to obtain basic data, and at the same time a possibility was studied of improving film characteristics by laser annealing conducted after the film formation. Moreover, concerning the new functional material technology, studies were made of optical interference/high light-scattering control materials, light alignment elements, ultra-high purity/ultra-reliable optical materials, ultra-anisotropy optical materials, etc. About the light reflection characteristics control technology, studied were new liquid crystal molucular orientaion control technology, multi-dimensional anisotropy structure formation technology, etc. 100 refs., 273 figs., 58 tabs.

  13. FY 2001 report on the results of the survey of the environmentally friendly type energy community project. Utilization of combustible waste as solid fuel in Shimizu City, Shizuoka Prefecture, and the wide spread sphere of municipalities (Facilities such as RDF+LNG combined use high efficiency waste power generation); 2001 nendo Shizuoka ken shimizu shi oyobi koiki shichoson ken ni okeru kanensei haikibutsu kokeika nenryo riyo kankyo chowa gata energy komyuniti keisei sokushin hojo jigyo chosa (RDF+LNG heiyo kokoritsu haikibutsu hatsuden tou shisetsu) chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-03-01

    Survey/study were conducted of viability of an idea of the high efficiency power generation that combinedly use RDF from the refuse generated in Shizuoka/Yamanashi/Nagano prefectures and LNG from the LNG base in Shimizu City, Shizuoka Prefecture. In the survey of raw materials for RDF, the present amount that can be supplied to RDF power generation was estimated at 280 t/d in RDF and 4,300 Kcal/kg or more in heating value. As to the RDF/LNG combination power generation, combinations of RDF200t/d + 25MW (capacity of gas turbine power generation) or RDF200t/d + 70MW seem to be appropriate. And, 30% or more of RDF power generation efficiency is made possible. In the study of economical efficiency, expenses born by local governments were calculated supposing that the difference between the unit price of power selling and that of power generation in power generation is born by RDF suppliers. As a result, the share becomes approximately 8,600-12,000 yen/refuse t in 15-year operation, and was found lower than that in the existing small-/medium-scale refuse incineration treatment. The combustion flue gas associated with the power generation business becomes approximately 300,000 Nm{sup 3}/h. The gas turbine fuel is natural gas, and RDF is good in combustibility. Therefore, the effect on the environment is expected to be small. (NEDO)

  14. FY 1998 Annual report on researcher exchange project; 1998 nendo kenkyu koryu chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    Surveys were conducted on, e.g., problems involved in and current state of receiving foreign students and exchanging researchers, and US systems for these activities, in order to help establish the effective systems for these activities while focusing on global utilization of researchers. For problems involved in the atmospheres in Japan for receiving foreign students and researchers, the surveyed items include those problems involved in the academic atmospheres, living/employment, administrative systems, and establishment/enrichment of the systems for receiving foreign students. Opinions of foreign students studying at their expenses are also included. For problems involved in exchanging Asian researchers, the surveyed items include current state of researchers crossing the borders and obstacles to the international exchange. For the US systems receiving foreign researchers and sending American students to foreign countries, the surveyed items include current state of Americans studying in foreign countries, foreign students and teachers in advanced educational institutes, backward flow of scientists and engineers to the Asian countries, and international comparison in training scientists and engineers in advanced educational institutes. (NEDO)

  15. Report on a survey in fiscal 1999. Survey on research exchange possibility; 1999 nendo kenkyu koryu kanosei chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    This survey deals with research institutions of governmental organizations, universities, and business entities for the purpose of discussing the possibility of research exchange standing on a long-term point of view to serve for solving global environment problems, and the way the exchange should be. The research exchange shall cover the areas of trends in research and development of global environment related technologies, themes for the research and development, institutions for the research and development, and exchange of researchers and information with these research organizations. In fiscal 1999, three survey missions were dispatched to cover the following three areas: (1) surveys on research possibility of catalyst development by means of combinatorial chemistry, (2) surveys on research exchange possibility for thermo-chemical solar hybrid fuel production technologies, and (3) surveys on research exchange possibility for structuring function improving technologies of the 21st century type. Each survey mission has visited research institutions of the world to survey the trends in researches related to global environment, and the possibility of exchanging researches with RITE. The visits presented the following conclusions and findings: (1) the research on the combinatorial chemistry in the U.S.A. is still in the initial stage; (2) important findings were obtained when surveys were made on methane reformation utilizing solar heat, and coal gasification technologies in Europe; and (3) surveys were made on pioneering researches on plant molecule physiology in Europe. (NEDO)

  16. Workshop on APEC virtual center for environmental technology exchange; APEC kankyo gijutsu koryu virtual center workshop hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-07-01

    At the 'policy maker workshop of the virtual center of APEC technology exchange' held in November 1997 in Osaka, Japan, it was agreed to organize study groups to discuss the scope of information provided by the virtual center, and to make common the classification systems and retrieval functions. In addition, the necessity was confirmed on international cooperation to promote establishment of virtual centers in different countries and territories. On the first day, Professor Ueda at the Kyoto University gave the basic lecture entitled 'global environment preservation and environmental technology transfer: problems and prospects'. Mr. Dan, the workshop manager gave the basic proposal entitled 'the future directionality of environmental technology exchange inside the APEC territories by using Internet'. Based on the basic proposal made on the first day, reports and discussions were given in the following sessions, where confirmation was made on the future directions. S1: establishment of the virtual centers in other countries and territories; S2: assurance of interchangeability of classification systems and retrieval functions in providing information, and S3: presentation of examples of inter-territorial exchange and the future directionality. (NEDO)

  17. Workshop on APEC virtual center for environmental technology exchange; APEC kankyo gijutsu koryu virtual center workshop hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-07-01

    At the 'policy maker workshop of the virtual center of APEC technology exchange' held in November 1997 in Osaka, Japan, it was agreed to organize study groups to discuss the scope of information provided by the virtual center, and to make common the classification systems and retrieval functions. In addition, the necessity was confirmed on international cooperation to promote establishment of virtual centers in different countries and territories. On the first day, Professor Ueda at the Kyoto University gave the basic lecture entitled 'global environment preservation and environmental technology transfer: problems and prospects'. Mr. Dan, the workshop manager gave the basic proposal entitled 'the future directionality of environmental technology exchange inside the APEC territories by using Internet'. Based on the basic proposal made on the first day, reports and discussions were given in the following sessions, where confirmation was made on the future directions. S1: establishment of the virtual centers in other countries and territories; S2: assurance of interchangeability of classification systems and retrieval functions in providing information, and S3: presentation of examples of inter-territorial exchange and the future directionality. (NEDO)

  18. Management efficiency improvement promotion of SS; SS no unei koritsuka sokushin

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-08-01

    Full amount fund petroleum product marketer and Sumisyo petroleum of Sumitomo accelerate management efficiency improvement of service station (SS). National about 300 places have been developed in within the year Within SS, it aims at break-even point achievement of gasoline, coarse advantage 10 yen per light oil of 1 liter in 84 all tied SS stores. SS which has realized the system of 10 yen in the current is whole about 50%. But, by doing personnel configurations and operational procedures, that they reexamine the balance management, etc. in half remaining SS 12 yen-13 yen; the efficiency improvement is done thoroughly. (translated by NEDO)

  19. Programs for promoting new energy introduction into Wakkanai City; Wakkanaishi shin energy donyu sokushin keikaku keikakusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    The average temperature in the summer season at Wakkanai is 19 degrees C, and below zero degrees C in the winter season. Solar radiation duration is shorter in November through February due partly to the presence of snow. In terms of total solar radiation amount, the city occupies a middling position in the whole Hokkaido island. As for the force of the wind, a daily maximum wind velocity of 10m/s or stronger occur on 8 to 10 days every month in the period October through May. As projects for promoting new energy introduction, the below-named ones are chosen and subjected to examination for feasibility. They are a wind power generation system for a water purification plant; a district heating system utilizing cogeneration at the city middle sector; a hybrid system of methane fermentation and wind power generation for a public stock-rearing farm; a hybrid system of cogeneration and photovoltaic power generation for Fujimi district accommodation facilities; and photovoltaic power generation as a clean energy introduction system for a general gymnastic hall of Wakkanai City. Since the above-named subjects are all excellent in economy and environmentally-friendliness, it is suggested that efforts be exerted to realize them. (NEDO)

  20. 17th Symposium of NEDO projects. Introducing/spreading project subcommittee; Donyu fukyu jigyo bunkakai. Dai 17kai jigyo hokokukai

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1997-09-01

    The results of the following themes are presented in this subcommittee; (1) outline of the new energy introduction promotion department, (2) the project results, and (3) introduction of the examples. For the theme (1), NEDO is supporting the projects for introducing and promoting new energy systems, feasibility studies for introduction of these systems, and field test (FT) projects to accumulate the experiences, e.g., collecting the data by operating these systems under actual loads, development and technology demonstration projects for introduction of new energy systems, and advisory projects for supporting introduction of new energy systems. For the theme (2), those results reported include the results and examples of the FT projects for power generation by photovoltaic cells and wind power generation, results of the FT project for power generation by fuel cells and creation of the FT projects for pioneer high-efficiency energy systems, current status of the environment-friendly energy community projects (heat supply systems), results and examples of the environment- friendly energy community projects (power generation projects), demonstration tests for establishing the distributed power supply systems of the next generation, tests for establishing techniques for, e.g., load-leveling in power generation by photovoltaic cells for residential purposes, results of the project for technology of utilizing unutilized energy, survey on the techniques for power generation by wastes, and advisory projects for supporting introduction of new energy. (NEDO)

  1. Report on investigation in fiscal 2000 of industrial technology exchange with international networking organizations; 2000 nendo kokusaitekina network gata soshiki tono sangyo gijutsu koryu chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    With an objective to promote exchange of industrial technologies, investigations and analyses were made on identification of the current status of networking organizations in different countries working as windows for industrial technology exchange, and on the actual status of technology commercialization methods in overseas incubators. Activities were taken in the following three fields: 1) the current status of networking organizations and incubators in different countries, 2) typology of technology commercialization, technical fields, and success factors, and 3) possibility of the use of technology information in the networking organizations. In Item 1), investigations were performed on the current status and actual activity status of the networking organizations including research parks and individual incubators intended of information exchange, mainly in the United States, UK, and Finland. In Item 2), considerations are given on the points related to technology incubation based on the information about the networking organizations and incubators in each country, and the way the industry-academia cooperation should be. In Item 3), discussions were given on the roles of the networking organizations and the possibility of utilization of technological information in the networking organizations in Japan. (NEDO)

  2. Ac system interruption analysis of an orthogonal-core type dc-ac converter. Koryu keito shadanji no chokko jishinkei dc-ac renkeiyo henkanki no dosa kaiseki

    Energy Technology Data Exchange (ETDEWEB)

    Sato, K; Ichinokura, O; Jinzenji, T [Tohoku Univ., Sendai (Japan). Faculty of Engineering; Tajima, K [Akita University, Akita (Japan). Mining College

    1991-04-30

    This paper reports on a numerical analysis of transient response of an orthogonal-core type dc-ac converter that takes place when the external ac system connected is cut off from it. A model of magnetic circuit of the orthogonal core is presented, which has magnetic inductances to represent effects produced by hysteresis that are connected in series with magnetic reluctances, thereby making it possible to divide each of primary and secondary winding current into magnetization current associated with magnetic reluctances and iron-loss current due to hysteresis. Moreover, a numerical model of the orthogonal core is derived from expressions for non-linear characteristics of these reluctances and inductances to make use of it for analyses employing the circuit simulator SPICE. Transient response of the present converter, namely time variation of both voltage and current in its every part, to the sudden change in condition that is caused by switching off the ac system connected to its secondary side is calculated, while applying square-wave voltage to its primary side. It is noted that calculated wave forms of both secondary winding current and open-circuit voltage are fairly in good agreement with those obtained by an experiment performed on the same condition. 4 refs., 9 figs., 1 tab.

  3. Regenerating method for thyristor converter used in AC inverter rolling stock; Koryu inverter sharyoyo thyristor converter no kaisei hoshiki no kento

    Energy Technology Data Exchange (ETDEWEB)

    Inarida, S.; Ito, S.; Nakamura, K. [Hitachi, Ltd., Tokyo (Japan)

    1995-09-20

    A thyristor converter is superior to GTO converter from a view point of weight and efficiency. Therefore, the thyristor converter is the best answer for AC inverter rolling stock, especially for commuter and interurban trains, in the next several years. For a thyristor converter, it is very important to prevent the commutative failure even when the category voltage decreases, in order to continue regenerating operation to sustain the brake torque. In a conventional system, a series resistance is inserted between the thyristor bridge and LC filter where the DC stage voltage is decreased enough to keep the regenerating power. The conventional thyristor enables regenerating braking in the whole operational region, but result in low power factor and efficiency. This paper proposes a new regenerating method to improve the power factor and efficiency, which keep regenerating power with no series resistance and higher DC stage voltage. Simulation results show the effectiveness of the method. 4 refs., 14 figs., 1 tab.

  4. Report on investigation in fiscal 2000 of exchange of industries with foreign countries and human resource training; 2000 nendo kaigai kara no sangyo koryu jinzai ikusei chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    With an objective to strengthen the function to assess new business strategies for ventures and small business entities in the industry supporting organizations in Miyagi Prefecture, experts were invited from the United States to provide educations and lectures. Twenty-seven persons participated in a three-day seminar managed by three experts at the Port of Technology in Pennsylvania. The course was covered the following three fields: 1) the basic theoretical course, 2) workshops, and 3) the summary and utilization of the screening guide. In Item 1), the course were consisted of the following 12 items: the purpose of the seminar, necessity of entrepreneurs, mentors, business plans, summary of the plans, markets, market selection, the summary of technological and financial managements, sources of capital procurement, and capital procurement opportunities. In Item 2), a group of three to four persons assessed the business strategies of existing corporations based on the 'venture business examination criteria' given by the instructors. In Item 3), the course were consisted of the following six items: management teams, markets, the status of competition, technological assessment, marketing strategies, and financial conditions. (NEDO)

  5. Fiscal 1995 geothermal development promotion survey. Natural environment survey report; 1995 nendo chinetsu kaihatsu sokushin chosa. Shizen kankyo chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1996-03-01

    In Candidate C area for the geothermal development survey, the natural environment was surveyed and `the secondary landscape assessment` was summed up in which places proposed for drilling of large-size wells and for construction of power generation facilities are extracted and a simulation of the landscape is conducted. The area for survey is the Shiramizu-gawa region in the south of Lake Akan, Akan-cho, Akan-gun, Hokkaido. The field survey was carried out about three items of landscape, plants and animals during the June-November period, 1995. As to the flora, diverse florae including vegetation unique to alpine areas, wetlands, and fumarole surrounding areas were found in the region, which is covered with summer-green broad-leaved forests or mixed forests of coniferous and broad-leaved trees. As to the fauna, faunae inhabitant of the highly natural forests were found including black woodpeckers and mountain hawk eagles. As a result of studying the places proposed for geothermal development from the above-mentioned survey, two places were picked up in the west of the survey area, where geothermal development is comparatively less influential in the natural environment and landscape and there is a high locational adaptability. 19 refs., 56 figs., 49 tabs.

  6. Geothermal development promotion survey. No. B-3 Kumaishi area; Chinethu kaihatsu sokushin chosa seika hokokusho. No. B-3. Kumaishi chiiki

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    This paper summarizes the result of a geothermal resource survey carried out from fiscal 1995 through fiscal 1997 in the Kumaishi Area located in the western center of Oshima Peninsula in the south western part of Hokkaido. The survey for this area was performed with an objective to search the spread of high temperature area continuing from the adjoining Yakumo area where the highest temperature of 233 degrees C has been confirmed in a structural test well (N63-YK-6), to identify high water permeating areas in great depth points underground, and to find possibility of existence of geothermal resources. The survey included geological and alteration zone survey, geochemical survey, gravitation exploration, electromagnetic exploration, drilling and temperature logging of five structural test wells, water injection test, temperature restoration test, core survey and hot water survey. Also performed were environmental effect survey, rock age measurement, alteration age measurement, and fluid inclusion test. As a result of the survey, it was identified that the verified geothermal hot water has been stored in granites with poor water permeability, whose low temperature has not formed convection systems spreading in wide areas despite having been heated, making each system exist in small scale independently. It was estimated that the possibility is low to expect geothermal power generation. (NEDO)

  7. Investigation into introduction and promotion of clean energy cars; Clean energy jidosha no donyu sokushin ni kansuru chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1996-03-01

    Gazing the introduction target for fiscal 2000 and 2010, the paper arranged comprehensively and systematically the trend in Japan and overseas of clean energy cars and described subjects. Themes of the study to be promoted in terms of electric cars are: Li secondary batteries, heightening of performance of batteries such as Ni-hydrogen, power generation/power storage hybridization to make the long-distance travel possible. For the price reduction, the body is so made as to make it possible to select three kinds of power unit, that is, gasoline, hybrid, and electricity. Low noise and easy operation are also important. As to natural gas vehicles, the price is more than three times as high as that of gasoline vehicles, and relaxation of the related regulations on metal tanks, the Road Traffic Act, etc. is necessary. It is indispensable to establish quantity production and technical standards and reduce cost by the remodeling for bi-fueling with gasoline engines, development of FRP tanks, etc. Methanol vehicles are the closest to gasoline vehicles, but the introduction is delayed having no groups for generalization. Solar and hydrogen cars are promising, but are on a stage of developing the basic technology. 43 figs., 104 tabs.

  8. 17th Business Report Meeting of New Energy Industrial Technology Development Organization (NEDO). Section Meeting on International Cooperation Projects; Dai 17 kai jigyo hokokukai. Kokusai kyoryoku jigyo bunkakai

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1997-09-01

    In this section meeting, reports were made on the following themes: 1) pregrinder model project; 2) power recovery model project; 3) energy conservation model project and the importance of the spread. In 1), this model project aims to demonstrate that the electric power unit requirement for cement production can be reduced by installing a pregrinder at the front step of ball mill as the finish process at a cement factory in Indonesia, increasing capacity of ball mill grinding, and reducing operational loads of the ball mill which is large in power consumption. In 2), this project aims to supply China a technology to recover power from high temperature/high pressure exhaust gas via gas expander as electric power of 5.8MW after separating FCC catalyst associated with from the exhaust gas from the generative tower of fluid catalytic cracking equipment for oil refining. To come up to expectations for Japan from neighboring countries in Asia, NEDO Information Center carried out the energy conservation model project, etc. as the international cooperation related project in the energy/environment field. The center is now developing 10 projects. (NEDO)

  9. Research and development project plans for FY 1995; 1995 nendo kenkyu kaihatsu jigyo keikaku

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1995-04-01

    The present research and development project plans for FY 1995 administrated by NEDO consist of research and development of new energy, and research and development of industrial technology. Are illustrated further enhancement of new energy introduction promotion measures, new stage of international projects, promotion of new energy and new energy technology development, further enhancement of industrial and scientific technology research and development, integrated measures against global and urban environment problems, and budget of NEDO projects in FY 1995. The research and development of new energy includes coal conversion technology, solar energy technology, geothermal energy technology, energy conversion and storage technology, hydrogen, alcohol and biomass energy technology, geothermal energy resources, coal resources development, new energy promotion department activities, NEDO information center activities, and so on. On the other hand, the research and development of industrial technology includes research and development of industrial technology, and global environment technology. The research and development of industrial technology consists of superconductivity, new materials, biotechnology, electronics, information and communications, machinery and aerospace, natural resources, humanity, life and society, and various leading researches.

  10. International joint research of medical and walfare appliances; Iryo fukushi kiki kokusai kyodo kenkyu jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1995-03-01

    To further elevate the medical level and to actively enhance Japan`s contribution to the world in its effort to properly meet the task of advancing longevity of men common to all the advanced countries, investigations were made to study how international joint research should be conducted in the field of medical and welfare appliances. Candidate projects in international joint research and investigations up to fiscal 1993 were arranged, and explanation was made about the strategic and long-term research and development projects (started in fiscal 1995) about medical and welfare appliances undertaken by the Ministry of Trade and Industry of Japan. The two are quite similar to each other, the Ministry of Trade and Industry program comprising six projects that are micropores collection of blood/microdose analysis, high precision three dimensional image assisted diagnosis, less invasive surgery, artificial organs, care assisting intelligent equipment, and welfare equipment for care at home, centering about which international joint research should be propelled. Visits were made to the scenes of research and development of advanced medical and welfare appliances in the U.S. and Canada and their actual state was studied in search for possible joint researches. Further, research and development institutions in Europe were visited and information was exchanged. 25 figs., 15 tabs.

  11. 17th Symposium of NEDO projects. Geothermal subcommittee; Chinetsu bunkakai. Dai 17 kai jigyo hokokukai

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1997-09-01

    Described herein are the reports presented to the geothermal subcommittee. The NEDO's Geothermal Research Department is developing the technologies for accurately predicting the reservoir changes in the future by the geothermal development promotion investigations for distributed conditions of geothermal resources and related environmental impacts, and also by clarifying the hydrogic characteristics of the fracture systems which form the reservoirs. The department is also implementing the projects for investigating/ researching possibilities of resources distribution conditions and utilization for eventual commercialization of the deep underground geothermal resources, and also investigating utilization of small- to medium-sized geothermal binary power generation systems for effective utilization of unutilized geothermal energy. The geothermal technology development group is developing the technologies for the binary cycle power generation plants which effectively utilize unutilized medium- to high-temperature geothermal water for power generation, and also the technologies for collecting conditions at the bottom of a geothermal well being excavated in real time to improve efficiency and precision of the excavation. The other technologies being developed include those for excavation and production essential for development of power generation systems using high-temperature rocks and deep underground geothermal resources, the former being expected to contribute to expanded utilization of geothermal resources and the latter to increased geothermal power generation capacity. (NEDO)

  12. 17th Symposium of NEDO projects. Geothermal subcommittee; Chinetsu bunkakai. Dai 17 kai jigyo hokokukai

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1997-09-01

    Described herein are the reports presented to the geothermal subcommittee. The NEDO's Geothermal Research Department is developing the technologies for accurately predicting the reservoir changes in the future by the geothermal development promotion investigations for distributed conditions of geothermal resources and related environmental impacts, and also by clarifying the hydrogic characteristics of the fracture systems which form the reservoirs. The department is also implementing the projects for investigating/ researching possibilities of resources distribution conditions and utilization for eventual commercialization of the deep underground geothermal resources, and also investigating utilization of small- to medium-sized geothermal binary power generation systems for effective utilization of unutilized geothermal energy. The geothermal technology development group is developing the technologies for the binary cycle power generation plants which effectively utilize unutilized medium- to high-temperature geothermal water for power generation, and also the technologies for collecting conditions at the bottom of a geothermal well being excavated in real time to improve efficiency and precision of the excavation. The other technologies being developed include those for excavation and production essential for development of power generation systems using high-temperature rocks and deep underground geothermal resources, the former being expected to contribute to expanded utilization of geothermal resources and the latter to increased geothermal power generation capacity. (NEDO)

  13. Global environmental problems in the electric industry. Denki jigyo ni okeru chikyu kankyo mondai ni tsuite

    Energy Technology Data Exchange (ETDEWEB)

    Sugi, T [Tokyo Electric Power Co., Inc. (Japan)

    1992-09-30

    Since the electric industry has grappled with a prevention of the environmental pollution such as the air pollution and water contamination as a forerunner in case of construction and operation of the power facilities, and at the same time has conducted actively the environmental conservation countermeasures, it has consequently achieved the environmental conservation level as a top level in the world. On the other hand, as for the emission quantity of CO2 relating to the earth warming, the power field occupies about one fourth of total Japan. Therefore the electric industry should aim at the electric energy supply considering the influence on the environment, such as the power supply structure to restrain CO2 emission as less as possible, higher efficiency of equipments, higher efficiency of energy utilization by using the unused energy and so forth. In addition to it, the consumer side should aim at the social structure with a recycle type such as saving resources and saving energy, and aim at changeover of life style. It is hoped to conduct the overall measure including the items mentioned above. In this report, the recent trend of earth enviromental problems, grappling with the environmental problems as a forerunner such as the prevention measure of air pollution in the thermal power plant, etc., and the correspondence to the earth warming problems are outlined. 11 refs., 9 figs., 3 tabs.

  14. Preliminary survey of `Green Recycling System`; Jigyo jizen chosa `green recycle system`

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1997-03-01

    This report describes the construction of `Green Recycling System` which aims to change deserts to lush lands and to stabilize food supply. A cross-linked polymer produced by irradiating the gooey threads of natto (fermented soybeans) with gamma rays can absorb and hold up to 5,000 times its own weight of water. This biodegradable polymer may be used to develop seed gels and pellets to grow soybean, rice and wheat to improve the productivity of deserts and to protect threatened lands from desertification. This technology will be of great value in establishing stable supply of food resources, especially for the Middle East where deserts are expanding as well as for Africa where serious food shortage is already in place. To undertake the Green Recycling System Project, it is indispensable to develop technologies for producing PGA polymer in large quantity, mass production process of bridged PGA through radiation, chemical cross-linkers, new technologies for growing plants using water retainers, water-retaining materials for arid areas, general systems for growing plants in arid areas, and environmentally benign industrial infrastructures. 76 refs., 59 figs., 29 tabs.

  15. Natural gas distribution system for Peninsular Malaysia. Malaysia ni okeru toshi gas jigyo no sosetsu

    Energy Technology Data Exchange (ETDEWEB)

    Ohashi, T [Tokyo Gas Co. Ltd., Tokyo (Japan)

    1993-03-30

    Tokyo Gas Co., Ltd. established in 1992 Gas Malaysia Sdn. Bhd, a joint venture company with investments from the Malaysia side, and begun full-fledged activities for supplying natural gas in Peninsular Malaysia. This paper explains the summary of the project. With a background of affluent resources including natural gas reserve of 1.9 trillion m[sup 3] as of 1992, Malaysia is promoting various projects to diversify and refine local energy consumption patterns and improve petroleum exporting capacity. The said joint venture project is one of the international bids executed by the national petroleum company, Petronas, in which Tokyo Gas Co., Ltd. and Mitsui and Co., Ltd. were selected as their partner. The company business includes supply and sales of petroleum, as well as construction of pipelines to support the former activities. Engineers have been either stationed or sent to the country as technical cooperation including necessary technical transfer. This project is highly significant in terms of contributing to growth of economy in both countries and to solving global environmental problems. 6 figs.

  16. FY 2000 Feasibility study on the environmentally-friendly coal utilization systems as part of the international project for coal utilization measures. Feasibility study on supporting introduction of the environmentally-friendly coal utilization systems in Vietnam (Model project for introduction of advanced coal preparation systems); 2000 nendo kokusai sekitan riyo taisaku jigyo chosa hokokusho. Kankyo chowagata sekitan riyo system kanosei chosa jigyo Vietnam ni okeru kankyo chowagata sekitan riyo system donyu shien jigyo (kodo sentan system donyu model jigyo kanosei chosa jigyo)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-06-01

    The feasibility study was conducted on a model project in Vietnam, aimed at solving the environmental pollution problems resulting from use of coal by demonstrating and disseminating the Japan's environmental technologies in the Southeast Asian countries. The feasibility study was conducted for the Cua Ong Coal Preparation Enterprise, which has the largest coal preparation capacity in Vietnam and port facilities. It is treating raw coal from 10 coal mines for classification and preparation, and shipping coal of various types that meet the standards for domestic use and export. The survey results point out that unrecovered coal remains in waste water discharged from the coal preparation plants to pollute the sea area, and that quantity of the refuse increases because of the unrecovered coal it contains. The environmental technologies needed to introduce include modification to variable wave pattern type jigging separator, refuse height measuring instrument and automatic controller, circulating heavy medium gravimeter, highly functional settling pond, and flocculent facilities. (NEDO)

  17. Achievement report for fiscal 1999 on New Sunshine Program. Frontier research and development of basic superconductive AC power generation equipment; 1999 nendo koryu chodendo denryoku kiki kiban sendo kenkyu kaihatsu

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    As part of the New Sunshine Program of the Agency of Industrial Science and Technology, a 2-year survey and research is conducted beginning in 1998 on the effect of the introduction of superconductive power equipment for the facilitation of the progress of research and development of basic power equipment which utilizes AC (alternating current) superconductivity. Frontier research and development has been started of basic AC superconductive power equipment for clarifying the tasks to solve in the development effort and for preparing an efficient research and development plan. This fiscal year's endeavor covers the survey of the effect of the introduction of superconductive power equipment in addition to the preparation of a basic plan for the research and development of basic AC superconductive power equipment for fiscal 2000 and afterward, continued survey of research and development trends in and outside Japan for the review of the result achieved in the preceding fiscal year, development of AC equipment element technologies utilizing conduit type semiconductors as a basic study for the embodiment of AC superconductive equipment, and a study for elucidating the mechanism of resistance generated in a superconductive current limiter. Furthermore, papers on the superconduction technology released so far are investigated, and technology development trends and efficient research techniques are put together into a technological information database. (NEDO)

  18. Report of the 6th International Exchange Mission on visit to the U.S. Centering on participation in the ASHRAE Winter Meeting; Dai 6 kai kokusai koryu shisatsudan hobei hokoku (ASHRAE Winter Meeting sanka wo chushin to shite)

    Energy Technology Data Exchange (ETDEWEB)

    Tanaka, T. [Ochanomizu Univ., Tokyo (Japan)

    1997-08-05

    This paper describes a summary of the ASHRAE Winter Meeting and other tours in which 18 members of the Society of Heating, Air-Conditioning and Sanitary Engineers of Japan have participated. The Winter Meeting adopted five patterns of publication: a technical session, symposia, seminars, forums and a poster session. The number of reports given in respective patterns were 20, 57, 131, 34 and 20. In the technical session, Professor Murakami from Japan presented a report titled `flow and temperature field around a human body in a room - a thermal mannequin using CFD`. At the same time, the International Airconditioning, Heating, Refrigerating Exposition was held. Interesting exhibitions included a data communication protocol, BACnet, for a network of automation and control of buildings, software for technical drawings presented by Visio Corporation, the Metasys FMS of Jonson Controls Corporation, and a single-stage screw freezing machine using a coolant having zero ozonosphere destruction coefficient exhibited by Mcquay Corporation. The visiting members attended an environmental preservation seminar by Walt Disney World Corporation. 8 figs., 1 tab.

  19. Leading European nations` policy toward new energy. Report on the regular interchange with energy-related organizations in Europe, fiscal 1997; Europe shuyokoku no shin energy seisaku. 1997 nendo Europe energy kanren kikan tono teiki koryu hokoku

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1997-09-01

    This is a detailed report on a 2-week tour made in May, 1997, as part of the `9th regular interchange with energy-related organizations in Europe,` during which tour visits were paid to energy agencies and institutes of Germany, the Netherlands, Sweden, Denmark, and France, and on-site investigations were conducted. The text describes, taking reference to a rich stock of data it carries, the nature, politics and economy, demand for energy, policy toward new energy, for each of the host countries. In the European countries, with the exception of France, efforts are being exerted to introduce new energy and to enhance its application, renewable energy in particular, in place of atomic power. The expectation they entertain toward new energy is far extensive than that of Japan which retains atomic power generation. Although wind power generation enjoys the overwhelming popularity over others, yet, in Germany and Sweden, it will be difficult for this technology to take the place of atomic power generation completely. As for photovoltaic power generation, not so much is expected from this technology as in Japan because of their climate and weather. 67 figs., 10 tabs.

  20. FY 1997 report on the investigation on the actual status of international research information exchange in research organizations in Japan and U.S.A; 1997 nendo chosa hokokusho (Nichibei kenkyu kikan ni okeru kokusai kenkyu koryu jittai chosa)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-03-01

    An investigation was made on the actual status of utilizing researchers from foreign countries and internationally exchanging researchers with views on technological researchers in universities and public institutes in Japan and the U.S.A. Foreign researchers at 39 research institutes in the Tsukuba area are from Asian region at 43%, and European and North American regions at 43%. Asian researchers are dominated overwhelmingly by Chinese and Korean people. Researchers from Europe and North America have a high ratio of working at institutes belonging to the Ministry of International Trade and Industry, and many of them are of short period staying type. On the other hand, many of those from African regions intend to study diplomatic and cultural exchange, and those from Middle and South American regions to study agricultural and fishery industries. About 8.4% of the scientists and engineers who obtained doctorates in America in 1995 is foreign nationals, and about 83.3% of them is of long period staying type. Foreign students in the U.S.A. account for 3.1% of students in institutions of higher education. The higher the education level, the higher the foreign student ratio, whereas the ratio reaches 33.0% in doctoral courses. Persons who obtained doctorates in the department of science and engineering are, in decreasing order, Chinese, Taiwanese, Indian and Korean. 32 figs., 47 tabs.

  1. FY 1998 annual report on the leading fundamental research and development of AC superconducting power apparatuses (New Sunshine Project); 1998 nendo koryu chodendo denryoku kiki kiban sendo kenkyu kaihatsu

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    In order to propose fundamental research and development of AC superconducting power apparatuses, the FY 1998 efforts were directed to studies on the effects of introducing superconducting apparatuses, making proposals of development programs, literature (including patent publications) surveys on trends of research and development at home and abroad, and making proposals for technological breakthroughs. Results of the studies for evaluating economic efficiency of these apparatuses and the effects of their introduction indicate that the promising apparatuses for eventual commercialization include superconducting cables, current limiters, field power generators, transformers and flywheels. The superconducting cables are expected to greatly reduce losses and hence CO2 emissions. The superconducting current limiters are promising means to control short-circuit current increase in the trunk power systems in which they are used. The superconducting transformers are expected to reduce losses and hence CO2 emissions. The project of fundamental research and development of AC superconducting power apparatuses has proposed the fundamental technological research themes aimed at development of the elementary techniques prerequisite for realizing these 3 types of apparatuses and reflection of the required apparatus specifications in development of the cable materials. (NEDO)

  2. Achievement report for fiscal 1999 on New Sunshine Program. Frontier research and development of basic superconductive AC power generation equipment; 1999 nendo koryu chodendo denryoku kiki kiban sendo kenkyu kaihatsu

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    As part of the New Sunshine Program of the Agency of Industrial Science and Technology, a 2-year survey and research is conducted beginning in 1998 on the effect of the introduction of superconductive power equipment for the facilitation of the progress of research and development of basic power equipment which utilizes AC (alternating current) superconductivity. Frontier research and development has been started of basic AC superconductive power equipment for clarifying the tasks to solve in the development effort and for preparing an efficient research and development plan. This fiscal year's endeavor covers the survey of the effect of the introduction of superconductive power equipment in addition to the preparation of a basic plan for the research and development of basic AC superconductive power equipment for fiscal 2000 and afterward, continued survey of research and development trends in and outside Japan for the review of the result achieved in the preceding fiscal year, development of AC equipment element technologies utilizing conduit type semiconductors as a basic study for the embodiment of AC superconductive equipment, and a study for elucidating the mechanism of resistance generated in a superconductive current limiter. Furthermore, papers on the superconduction technology released so far are investigated, and technology development trends and efficient research techniques are put together into a technological information database. (NEDO)

  3. Geothermal development promotion survey report. No. 26. Akan region; 1988-1991 chinetsu kaihatsu sokushin chosa hokokusho. No. 26 Akan chiiki

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1992-03-01

    The results of surveys conducted in the Akan region, Hokkaido, in fiscal 1988-1990 are compiled in this report. Conducted were a geological/alteration zone survey, geochemical survey, gravity prospecting, electromagnetic surveillance (simplified magnetotelluric method), electric prospecting (Schlumberger method), electric prospecting (mise-a-la-masse method), heat flow rate survey, test boring, geothermal water survey, environmental impact survey, and so forth. The surveys resulted in conclusions mentioned below. Fractures running NE-SW are dominant, and those closely related to prominent geothermal signs are found in the Akan Seibu fault group in the western part of the Akan region. The test boring results show that there are high-temperature zones of 292.1 degrees C, 194.9 degrees C, and 245.9 degrees C. Geothermal fluids were discharged by well N2-AK-7 at a rate of 4.7-4.8 t/h in steam and 0.3-0.4 t/h in neutral SO{sub 4}-HCO{sub 3} type geothermal water. High-temperature steam-dominated geothermal resources are expected to exist deep in the ground in this region, and the area where the Akan Seibu fault group is distributed may be named as a location containing promising geothermal resources. (NEDO)

  4. Report on the geothermal development promotion survey. No.B-7. Kuwanosawa area; Chinetsu kaihatsu sokushin chosa hokokusho. No. B-7 Kuwanosawa chiiki

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-03-01

    The paper summed up the results of the geothermal development promotion survey B 'Kuwanosawa area' which was carried out in Yuzawa city, Akita prefecture, from FY 1998 to FY 1999. In the survey, the following were conducted for the comprehensive analysis: geology/alteration zone survey, gravity exploration, electromagnetic exploration, environmental effect survey, well geology survey by drilling structural boreholes of N11-KN-1 and N12-KN-2, cuttings test, temperature log, temperature recovery test, electrical log, water injection test, etc. The geology in the Kuwanosawa area is composed of Pre-neogene period basement rocks, Neogene system and Quaternary system. In this area, there were recognized no gush of geothermal fluids such as hot spring and fumarolic gas and no obvious geothermal manifestation such as high-temperature places and new geothermal alteration zones. Around N12-KN-2, there exists the geothermal water with comparatively high-temperature/high-Cl concentration which is similar to that in the Wasabizawa area, but how it flows is unknown because there was no lost circulation in the depths of the borehole. Around N11-KN-1, there exists the low-temperature/low-Cl concentration geothermal water originating in meteoric water, and therefore, the area can be a rechargeable area. The Kuwanosawa area is regarded as the periphery of the Wasabizawa-Akinomiya geothermal area. (NEDO)

  5. Report on the geothermal development promotion survey. No.34. Kaminoyu/Santai area; Chinetsu kaihatsu sokushin chosa hokokusho. No. 34 Kaminoyu Santai chiiki

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1994-03-01

    The paper summed up the results of the geothermal development promotion survey 'Kaminoyu/Santai area' which was carried out at Yakumo town, Yamakoshi county, and Mori town, Kayabe county, Hokkaido, from FY 1990 to FY 1992. In the survey, the following were conducted for the comprehensive analysis: surface survey such as geology/alteration zone survey, geochemical survey and gravity exploration, test to induce jetting of geothermal fluids by drilling 7 boreholes, temperature/pressure log, etc. The geological structure of this area is featured by the uplift structure/caldera structure and the anticline structure. In the wide-area geothermal system, it is thought that the low-temperature seawater permeates underground by mixture with meteoric water, is heated, and forms the deep geothermal water. It is thought that the hot spring water in this area is stored in the hot spring reservoir by mixture with the surface water, and it is gushing. In the area, the region which is regarded as favorable as passage/storage place of geothermal fluid is a region of 1.5km width extending linearly in the E-W direction from the Nigorikawa basin to Kaminoyu. Further, it is thought that fractures were unfavorably developed in the Santai/Kaminoyu area. (NEDO)

  6. Report on the geothermal development promotion survey. No.36. Mt. Amemasudake area; Chinetsu kaihatsu sokushin chosa hokokusho. No. 36 Amemasudake chiiki

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1995-03-01

    The paper summed up the results of the geothermal development promotion survey 'Mt. Amemasudake area' which was carried out at Akaigawa village, Yoichi county, Hokkaido, from FY 1991 to FY 1994. In the survey, the following were conducted for the comprehensive analysis: surface survey such as geology/alteration zone survey, geochemical survey, gravity exploration, electromagnetic exploration and electric exploration, core test by drilling 5 boreholes, test to induce jetting of geothermal fluids, measurement of in-borehole temperature/pressure, survey of geochemical properties of geothermal water. As to the fracture system in this area, the Amemasudake fault and the Amemasuzawa fault are especially important, and it was assumed that these faults had relation to the present geothermal distribution. It is thought that structural conditions of geothermal reservoirs are fractures in basement rocks. As a result of the borehole survey, it was indicated that the center of the high-temperature part with a temperature of 250 degrees C or more was in the boundary zone southeast of this area at a level of 500m below sea level. The scale, which reached about 3km both in east/west and north/south, is almost the same scale as that of the neighboring Toyoha area where great potentiality of the geothermal development is expected. (NEDO)

  7. Report on the geothermal development promotion survey. No.B-6. Mt. Tsujinodake area; Chinetsu kaihatsu sokushin chosa hokokusho. No. B-6 Tsujinodake chiiki

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    The paper summed up the results of the geothermal development promotion survey B 'Mt. Tsujinodake area' which was carried out at Yamagawa town, Ibusuki county, Kagoshima prefecture, from FY 1997 to FY 1999. In the survey, the following were conducted: surface survey such as geology/alteration zone survey, fluid geochemical survey, gravity exploration and electromagnetic exploration, and geothermal fluid survey by drilling 4 structural testing boreholes. In the Mt. Tsujinodake area, active fumarolic activities are still now continuing around the Unagi hot spring in the north, and the acidic alteration zone is distributed in the peripheral surface area. In Borehole N11-TD-2 in the north, it is assumed that there exists the hydrothermal bed of a temperature of approximately 230 degrees C in the depth of 400-800m, which is comparatively shallow, and that the stored geothermal water flows laterally. In the central area, a hydrothermal bed of a temperature of approximately 130 degrees C was confirmed in N11-TD-1, but it is judged that chances of the existence of high temperature hydrothermal bed are not very good. In N11-TD-3 in the south, the existence of promising heat sources is expected in the deeper part since the remarkable alteration was seen in the depth of 1,435m or deeper, and the sharp rise in temperature was recognized. (NEDO)

  8. Report on surveys in fiscal 2000 on the survey on promotion of freer flow of researchers; 2000 nendo kenkyu jinzai no ryudoka sokushin ni kansuru chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    In order to help discuss the system and environment improvement to promote freer flow of Japanese researchers, surveys and discussions were given on the actual status in America and European countries. In the U.S., results as independent researchers are demanded from the very early time under the severely competitive environment, wherein the fair evaluation of the results allows the researchers to step-up the positions and research environment to which the researchers are oriented. In Germany, a function to promote researcher mobility is available as a system, such as promotion of exchange with other sectors during researcher education course (the internship system at the fourth grade in a university, and power training and performance record building at the Max-Planck Institut during the long term of post-doctoral period before attaining a professor position), or prohibition of inviting university professors into the same faculty. The actual status of Japan not having high mobility of researchers has been caused by the system based on the lifetime employment, whose shortcomings include stiffness in personnel affairs, and reduction in activities of researchers due to aging. (NEDO)

  9. Surveys in Hokkaido on promotion of structuring models to be introduced to convert wastes into energy; Hokkaido ni okeru haikibutsu energy ka donyu model kochiku sokushin chosa

    Energy Technology Data Exchange (ETDEWEB)

    1993-03-01

    With an objective of converting dairy farming wastes and fisheries wastes into resources to be used as energies, this paper discusses development trends and utilization possibilities thereof based on their utilization characteristics. The Tokachi, Abashiri and Nemuro regions produce more cattle wastes, and regions on the coast of the Sea of Okhotsk produce more hepatopancreas of scallop than other regions. The amount of energy from such wastes is subject to large seasonal variations. Methane gas production through methane fermentation is an effective treatment technology, although it is utilized less effectively in Hokkaido. Important is applying the processes depending on energy demand, supply characteristics and regional features. Taking waste utilization characteristics and regionally uneven distribution of resources into account, conceptions on six model systems that could be introduced were structured. The six systems include two types for fisheries wastes utilization, three types for agricultural and dairy farming wastes, and one type for combined utilization of agricultural and fishery wastes. Important factors to select suitable commercial operation sites and promote the operations are stable quantity assurance of waste resources, energy demand, and stable operation, such as could be available in fishery processing complexes and large dairy farming areas. 44 refs., 66 figs., 29 tabs.

  10. Report on the geothermal development promotion survey. No.38. Mt. Aso West area; Chinetsu kaihatsu sokushin chosa hokokusho. No. 38 Asozan seibu chiiki

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1995-03-01

    The paper summed up the results of the geothermal development promotion survey 'Mt. Aso West area' which was carried out at Choyo village and Kugino village, Aso county, and at Otsu town, Kikuchi county, Kumamoto prefecture, from FY 1991 to FY 1994. In the survey, the following were conducted for the comprehensive analysis: surface survey such as geology/alteration zone survey, geochemical survey and high precision MT method survey, and temperature log, electrical log, water injection test, core test and hydrothermal survey by drilling 7 structural boreholes. In the numerical analysis of thermal structure models, the present geothermal manifestation was obtained, assuming that the past magma reservoir in a state of agglomeration/semi-agglomeration exists in the depths of caldera and that the depth is set at 4km. It is assumed that the deep hydrothermal reservoir around Yunoya/Tarutama exists around the depth of 500-600m below sea level and that the temperature is 230-300 degrees C. The meteoric water permeating into the depths forms high-temperature reservoirs around Yunoya/Tarutama. The reservoir rises up to about 400m below sea level to become a vapor-dominated phase. It forms an acidic SO{sub 4} type reservoir phase around the earth surface. (NEDO)

  11. Geothermal development promotion survey report. No. 25. Hishikari region; 1987-1989 chinetsu kaihatsu sokushin chosa hokokusho. No. 22 Hishikari chiiki

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1990-03-01

    The results of surveys conducted in the Hishikari region, Kagoshima Prefecture, in fiscal 1987-1989 are compiled in this report. Conducted were a geological/alteration zone survey, geochemical survey, electric prospecting, electromagnetic surveillance, gravity prospecting, heat flow rate survey, test boring, environmental impact survey, and so forth. The surveys resulted in conclusions mentioned below. According to the underground temperature distribution based on the results of the heat flow rate survey, test boring, and so forth, temperature is low at the western part of the Hishikari region where there is a low gravity anomaly and high in the zone in the ENE-WSW direction where there is a high gravity anomaly. The present ground temperature is lower than the fluid inclusion homogenization temperature by approximately 120-140 degrees C. It is deduced that the geothermal water reservoir lies in the Quatenary volcanic rocks or in a fracture zone that develops in the Shimanto supergroup. It is inferred that the geothermal water producing the hot spring water all originates in meteoric water staying long in the ground. It is also inferred that volcanic gas or the like contributes but a little to the formation of the geothermal system but that the contribution is great of the heat supplied from the magma pool. (NEDO)

  12. FY1998 survey of overseas coal import base arrangement promotion. Survey of the international coal situation; 1998 nendo kaigaitan yunyu kiban seibi sokushin chosa. Kokusai sekitan jijo chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    The paper summarized in a fixed form the coal situation of the major coal producing countries (exporting countries) in the world and major European countries. The survey outlined general circumstances, economy/industry/trade, etc. of each country. As to the coal relation, described are coal reserves, production/supply-demand/export, properties of the main brands, the mining industry law, foreign investment control, working custom, etc. In Part 1, the paper selected the following as coal exporting countries: Australia, Canada, China, Columbia, Indonesia, New Zealand, Poland, Russia, South Africa, the U.S., and Venezuela. In Part 2, the paper described coal trends in the main European countries such as France, Germany, the U.K., and Spain, in terms of maps, general circumstances, main economic indexes, changes in imports/exports, imports/exports from/to the main countries, trade configuration by item, recent energy policy and coal policy, changes in coal supply/demand and future, coal-related governmental organizations, etc. (NEDO)

  13. Fiscal 1999 geothermal energy development promotion survey. Report on resource assessment for Shiramizugoe area; 1999 nendo chinetsu kaihatsu sokushin chosa hokokusho. Shiramizugoe chiiki shigen hyoka

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    Under an assumed plan of building a geothermal power station in the Shiramizugoe area of Makizono-cho, Aira-gun, Kagoshima Prefecture, investigations will be conducted under a 4-year program into the amount of geothermal resources, the dimensions and cost performance of a geothermal power station under consideration, and the environmental impact that the locating of such will incur, through for example identifying areas containing geothermal reservoirs suitable for geothermal power generation. In fiscal 1999, activities were conducted in the three fields of (1) survey plan preparation, (2) comprehensive analysis, and (3) environmental assessment. Under item (1), a survey and coordination implementation plan was prepared, existing data were analyzed for the construction of geothermal models out of which a suitable geothermal structure was specified for digging, and a list was drafted of locations for borehole digging for fiscal 2000. Under item (2), it was found that most of the past surveys covered the Ogiri area and that the Shiramizugoe area was but poorly covered. Discussion was made on the geological structure, geothermal structure, geothermal water hydraulic structure, and the geothermal water system. Under item (3), the plan was summarily explained to the local administration, associations of hot spring hotels, and inhabitants in the vicinity, and their consent was obtained. (NEDO)

  14. Fiscal 1992 report on geothermal development promotion survey (Development of geothermal reservoir assessment technique); 1989 nendo chinetsu kaihatsu sokushin chosa (Chinetsu choryusou hyoka shuho kaihatsu hokokusho)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1994-03-01

    Efforts were exerted in fiscal 1984-1992 to develop techniques for appropriately assessing a geothermal reservoir for its productivity for duly predicting the optimum scale of power generation to be provided thereby. In the development of simulators, geothermal reservoir simulators (SING-1, -2, -3) and a geothermal well 2-phase flow simulator (WENG) were developed. As for the treatment of fractures in a reservoir and of substances soluble in the hot water, the methods for dealing with them were improved and augmented. In a model field study in a Hokkaido forest, reservoir pressure continuous observation and monitoring, temperature logging and pressure logging for existing wells, and geothermal fluid chemical analysis were performed for reservoir analysis, in which both natural state simulation and history mapping excellently reproduced the temperature and pressure distributions. The temperature and pressure distributions in a natural state simulation, out of the results of an analysis of the Oguni district model field, Kumamoto Prefecture, agreed not only with those in the natural state but also with the pressure transition data in the observation well. (NEDO)

  15. Report on the geothermal development promotion survey. No.38. Mt. Aso West area; Chinetsu kaihatsu sokushin chosa hokokusho. No. 38 Asozan seibu chiiki

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1995-03-01

    The paper summed up the results of the geothermal development promotion survey 'Mt. Aso West area' which was carried out at Choyo village and Kugino village, Aso county, and at Otsu town, Kikuchi county, Kumamoto prefecture, from FY 1991 to FY 1994. In the survey, the following were conducted for the comprehensive analysis: surface survey such as geology/alteration zone survey, geochemical survey and high precision MT method survey, and temperature log, electrical log, water injection test, core test and hydrothermal survey by drilling 7 structural boreholes. In the numerical analysis of thermal structure models, the present geothermal manifestation was obtained, assuming that the past magma reservoir in a state of agglomeration/semi-agglomeration exists in the depths of caldera and that the depth is set at 4km. It is assumed that the deep hydrothermal reservoir around Yunoya/Tarutama exists around the depth of 500-600m below sea level and that the temperature is 230-300 degrees C. The meteoric water permeating into the depths forms high-temperature reservoirs around Yunoya/Tarutama. The reservoir rises up to about 400m below sea level to become a vapor-dominated phase. It forms an acidic SO{sub 4} type reservoir phase around the earth surface. (NEDO)

  16. Report on the geothermal development promotion survey. No.36. Mt. Amemasudake area; Chinetsu kaihatsu sokushin chosa hokokusho. No. 36 Amemasudake chiiki

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1995-03-01

    The paper summed up the results of the geothermal development promotion survey 'Mt. Amemasudake area' which was carried out at Akaigawa village, Yoichi county, Hokkaido, from FY 1991 to FY 1994. In the survey, the following were conducted for the comprehensive analysis: surface survey such as geology/alteration zone survey, geochemical survey, gravity exploration, electromagnetic exploration and electric exploration, core test by drilling 5 boreholes, test to induce jetting of geothermal fluids, measurement of in-borehole temperature/pressure, survey of geochemical properties of geothermal water. As to the fracture system in this area, the Amemasudake fault and the Amemasuzawa fault are especially important, and it was assumed that these faults had relation to the present geothermal distribution. It is thought that structural conditions of geothermal reservoirs are fractures in basement rocks. As a result of the borehole survey, it was indicated that the center of the high-temperature part with a temperature of 250 degrees C or more was in the boundary zone southeast of this area at a level of 500m below sea level. The scale, which reached about 3km both in east/west and north/south, is almost the same scale as that of the neighboring Toyoha area where great potentiality of the geothermal development is expected. (NEDO)

  17. Report on the geothermal development promotion survey. No.C-2. Wasabizawa area; Chinetsu kaihatsu sokushin chosa hokokusho. No.C-2 Wasabizawa chiiki

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-03-01

    The paper summed up the results of the survey of the geothermal development promotion survey - Wasabizawa area which was carried out in Yuzawa City and Ogachi Town, Akita Prefecture, from FY 1993 to FY 1996. In the survey, the following were conducted: surface survey such as geological alteration zone survey, fluid geochemical survey, gravity survey and electromagnetic exploration, temperature log by drilling 9 exploration wells, short-term/long-term jetting test, etc. Further, using the data obtained from these, analysis was made of geology/reservoir structure, thermal structure, geothermal water/hydraulic structure, geothermal system models, etc. As a result, a high-temperature (about 300 degrees C) zone promising as the geothermal development area was picked out, and the existence was confirmed of a dominant geothermal reservoir around the fault. In the jetting test, a total steam amount of 111.6 t/h was confirmed, and from the reservoir simulation, the result was obtained that there was a high possibility of 30-year power generation of 30MW/y. As a result of studying 'a power generation system by small-scale unit serial development' considering regional characteristics in the Wasabizawa area, the power generation cost (sending end, 15-year average) was estimated at approximately 9-10 yen/kWh. (NEDO)

  18. Geothermal development promotion survey report. No. 22. Noboribetsu region; 1987-1990 chinetsu kaihatsu sokushin chosa hokokusho. No. 22 Noboribetsu chiiki

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1991-03-01

    The results of surveys conducted in the Noboribetsu region, Hokkaido, in fiscal 1987-1989 are compiled in this report. Conducted in the surveys were a geological/alteration zone survey, geochemical survey, electromagnetic surveillance (simplified magnetotelluric method), electric prospecting (Schlumberger method), electric prospecting (mise-a-la-masse method), heat flow rate survey, structural boring, precision structural boring, environmental exploration well, geothermal water survey, environmental impact survey, and so forth. Conclusions reached on the basis of the survey results are described below. It is supposed that a horizon, positioned in the Osarugawa stratum in the Karls Noboribetsu zone or in a fissure system in the Omagarisawa stratum below the Osarugawa stratum, contains a geothermal reservoir. The hot water at the Noboribetsu hot spring originates in gas or geothermal water separated from the deep-seated geothermal water while that at the Karls hot spring or the like originates in meteoric water built up in higher places. Although an area abundant in geothermal fluids is supposed to exist in the Karls-Noboribetsu zone, yet a section located between the Karls-Noboribetsu zone and the Noboribetsu hot spring area also draws attention as a zone having a potential to store geothermal fluids. (NEDO)

  19. Geothermal development promotion survey report. No. 28. Eastern part of Obanazawa region; 1988-1990 chinetsu kaihatsu sokushin chosa hokokusho. No. 28 Obanazawa tobu chiiki

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1991-03-01

    The results of surveys conducted in the eastern part of Obanazawa region, Yamagata Prefecture, in fiscal 1988-1989 are compiled in this report. Conducted were a geological/alteration zone survey, geochemical survey, electromagnetic surveillance (TDEM - time domain electromagnetic method), gravity prospecting (review of gravity data), electric prospecting (Schlumberger method), heat flow rate survey, test boring, environmental impact survey, and so forth. Conclusions are mentioned below. It is inferred that the water of the Ginzan hot spring of the neutral Cl-SO{sub 4} type originates in meteoric water in mountains high above the mean sea level in the western side and that the hot spring water is produced when water heated to approximately 170 degrees C at a depth (1,500-2,000 meters below mean sea level) in the Ginzan hot spring district, where the ground temperature is the highest in this region, is diluted by groundwater near the surface at its ultimate stage of ascent. The survey results disclose that possibilities are quite low that a high-temperature sector of 200 degrees C or higher is found at a level not deeper than 2,000 meters from the ground surface. Accordingly, no geothermal development by flash steam power generation is feasible at the present stage at any economically acceptable depth. (NEDO)

  20. Report on the geothermal development promotion survey. No.C-3. Akinomiya area; Chinetsu kaihatsu sokushin chosa hokokusho. No.C-3 Akinomiya chiiki

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    The paper summed up the results of the survey of the geothermal development promotion survey - Akinomiya area which was carried out in Yuzawa City and Ogachi Town, Akita Prefecture, from FY 1996 to FY 1999. In the survey, the following were conducted: surface survey such as the geological alteration zone survey, fluid geochemical survey, gravity survey and electromagnetic exploration, logging by drilling 8 boreholes, jetting test, etc. Further, using the data obtained from these, analysis was made of geology/reservoir structure, thermal structure, hydraulic structure, etc. As a result, grasped were the distribution of the main underground fracture structure and the distribution of promising high-temperature zones. In the short-term/long-term jetting test, a total steam amount of 124 t/h was confirmed. Moreover, there was the pressure interference between the geothermal reservoir in the Akinomiya area and the geothermal reservoir in the Wasabizawa area, and it was confirmed that there was the hydraulic relation between those reservoirs. Further, it was assumed that there was not so much effect on hot spring reservoirs in the Akinomiya area. In the simulation of production prediction, the result was obtained that there was a possibility of power generation of 30MW only in the Akinomiya area and of 60MW both in the Akinomiya area and the Wasabizawa area. (NEDO)

  1. FY1997 geothermal development promotion survey. Development feasibility study 'Ashiro area'; 1997 nendo chinetsu kaihatsu sokushin chosa. Kaihatsu kanosei chosa (Ashiro chiiki) hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-12-01

    With regard to the Ashiro Town area in Iwate Prefecture, this paper reports the result of evaluations based on temperature and pressure logging after a lapse of an extended period of time (well No.2) and a steam jet test (well No.1). These activities were performed as the survey on promotion of geothermal development and survey on development feasibility in fiscal 1997. As a result of the overall analysis based on the present survey and ones in the past, the geothermal system model in the surveyed area may be conceived as follows: in both of the N7-AR-1 and N7-AR-2 wells drilled in the southern part of the surveyed area, temperature as high as 250 degrees C or higher was confirmed; the underground temperature is 200 degrees C or higher at an altitude level of zero meter and 250 degrees C at around -500 m, leading to a belief that the high temperature area spreads to south; as a fracture system holding geothermal fluid, a fault was identified at the N7-AR-1 well drilling depth of 1710 m; in the steam jet test, a geothermal reservoir (a shallow geothermal reservoir) was confirmed to exist; the geothermal fluid that has jetted out shows alkaline Na-SO{sub 4} type; and the deep geothermal reservoir has high temperature and is presumed to be in the two-phase condition, presenting promising factors as the geothermal resources. (NEDO)

  2. Fiscal 1999 research report. Survey on geothermal development sites (Survey on natural environment); 1999 nendo chinetsu kaihatsu sokushin chosa. Shizen kankyo chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    This report summarizes the result on selecting sites for large-caliber production wells, and landscape characteristic evaluation for simulation, based on the landscape survey on C candidate site for geothermal development. Field survey was made on landscape, plants and animals in the Kirishima Eboshidake area. It was clarified that this area has diverse flora including some rare species such as rein orchid and monkshood which are listed as endangered species. In addition, not a few epiphytes were identified. The zoological survey result showed that planted forests of evergreen coniferous trees which cover a wide range of the surveyed area, and peripheral grassland, scrub and natural forests provide good habitats for mammals such as sika deer and wild boars. On the other hand, no animal species in need of special protection were found. Geologically some traces of landslide occurrence in the past were detected in the northern part of the surveyed area relatively. As the survey result, some promising sites suitable for geothermal development were selected, which are judged to have a relatively small impact on natural environment and landscape. (NEDO)

  3. Report on the geothermal development promotion survey. No.C-2. Wasabizawa area; Chinetsu kaihatsu sokushin chosa hokokusho. No.C-2 Wasabizawa chiiki

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-03-01

    The paper summed up the results of the survey of the geothermal development promotion survey - Wasabizawa area which was carried out in Yuzawa City and Ogachi Town, Akita Prefecture, from FY 1993 to FY 1996. In the survey, the following were conducted: surface survey such as geological alteration zone survey, fluid geochemical survey, gravity survey and electromagnetic exploration, temperature log by drilling 9 exploration wells, short-term/long-term jetting test, etc. Further, using the data obtained from these, analysis was made of geology/reservoir structure, thermal structure, geothermal water/hydraulic structure, geothermal system models, etc. As a result, a high-temperature (about 300 degrees C) zone promising as the geothermal development area was picked out, and the existence was confirmed of a dominant geothermal reservoir around the fault. In the jetting test, a total steam amount of 111.6 t/h was confirmed, and from the reservoir simulation, the result was obtained that there was a high possibility of 30-year power generation of 30MW/y. As a result of studying 'a power generation system by small-scale unit serial development' considering regional characteristics in the Wasabizawa area, the power generation cost (sending end, 15-year average) was estimated at approximately 9-10 yen/kWh. (NEDO)

  4. Report on the geothermal development promotion survey. No.B-7. Kuwanosawa area; Chinetsu kaihatsu sokushin chosa hokokusho. No. B-7 Kuwanosawa chiiki

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-03-01

    The paper summed up the results of the geothermal development promotion survey B 'Kuwanosawa area' which was carried out in Yuzawa city, Akita prefecture, from FY 1998 to FY 1999. In the survey, the following were conducted for the comprehensive analysis: geology/alteration zone survey, gravity exploration, electromagnetic exploration, environmental effect survey, well geology survey by drilling structural boreholes of N11-KN-1 and N12-KN-2, cuttings test, temperature log, temperature recovery test, electrical log, water injection test, etc. The geology in the Kuwanosawa area is composed of Pre-neogene period basement rocks, Neogene system and Quaternary system. In this area, there were recognized no gush of geothermal fluids such as hot spring and fumarolic gas and no obvious geothermal manifestation such as high-temperature places and new geothermal alteration zones. Around N12-KN-2, there exists the geothermal water with comparatively high-temperature/high-Cl concentration which is similar to that in the Wasabizawa area, but how it flows is unknown because there was no lost circulation in the depths of the borehole. Around N11-KN-1, there exists the low-temperature/low-Cl concentration geothermal water originating in meteoric water, and therefore, the area can be a rechargeable area. The Kuwanosawa area is regarded as the periphery of the Wasabizawa-Akinomiya geothermal area. (NEDO)

  5. Investigation report on promotion of geothermal development. No. A-4, Mt. Kunbetsu area; Chinetsu kaihatsu sokushin chosa hokokusho. No.A-4 Kunbetsudake chiiki

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    This paper summarizes the results of investigations in the Mt. Kunbetsu area out of the investigations on promotion of geothermal development having been performed during the period from 1998 to 1999. The investigated area is an area located in the eastern Hokkaido with an area of about 300 km{sup 2}. The wide area investigation has discussed possibilities of existence of geothermal resources mainly from existence of high-temperature anomalies. The investigation has performed the following activities: fluid geochemical investigations on ten spring water sources, three spring gas sources, and five surface water points; gravity exploration at 153 measuring points; electromagnetic exploration at 52 measuring points; excavation of two heat flow rate wells (to depths of 997m and 995m), temperature logging, core cuttings tests, thermal hot water survey; other fluid inclusions tests, rock alteration age measurement; and temperature logging at Ryuun Shiretoko Spa. As a result of the investigations, it was estimated that, as the geothermal system model, the heat source is assumed to exist at a great depth below Mt. Kaibetsu; the spring water and the mineral spring water show diverse spring qualities because of mixing of meteoric water with fossil sea water; the fossil sea water and the meteoric water have been heated by thermal conduction; and the high-temperature zone is not spread to the positions of the investigation wells. (NEDO)

  6. FY 1998 annual report on the geothermal development promotion survey. Report on landscape survey; 1998 nendo chinetsu kaihatsu sokushin chosa hokokusho. Shizen kankyo chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    Described herein are results of the natural environment surveys, carried out in the Shitanotai Region in Yuzawa City, Akita Pref., where Geothermal Development Promotion Survey C is scheduled. On-the-spot surveys, conducted from June to November, covered 3 items of landscape, vegetation and animals. The Shimonotai Region has a number of ponds and swamps, some of which are used as fields for Brasenia shreberi, and wet shield plant communities in places reflecting these environments. The zoological survey results show that moderate to dry deciduous forests of Japanese beeches (Fagus crenata) and Mongolian oaks (Quercus mongolica var. grossesserrata) in this region provide sound habitats for large mammalian wild animals, e.g., moon bears (Selenarctos thibetanus). For birds, there are some areas extracted indicating high possibility of being inhabited by honey buzzards (Pernis ptilorhyncus), which are listed as a near threatened species by the Environment Agency. Geologically, traces of landslide occurrence in the past have been detected widely, indicating need for more detailed investigation for land stability. These surveys have extracted several areas whose natural environments and landscapes are damaged relatively little by geothermal development. (NEDO)

  7. Geothermal development promotion survey report. No. 29. Upper reach region of Oita river; 1988-1990 chinetsu kaihatsu sokushin chosa hokokusho. No. 29 Oitagawa joryu chiiki

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1991-03-01

    The results of surveys conducted in the Oita river region, Oita Prefecture, in fiscal 1988-1989 are compiled in this report. Conducted were a geological/alteration zone survey, geochemical survey, electric prospecting (Schlumberger method), electromagnetic surveillance (simplified magnetotelluric method), electromagnetic surveillance (EMAP - Environmental Monitoring and Assessment Program method), heat flow rate survey, test boring, environmental impact survey, and so forth. Conclusions are mentioned below. It is inferred that the geothermal fluid results from groundwater originating in meteoric water, that the meteoric water takes many years to flow from the mountainous region into the ground where it is stored mainly in the Shonai stratum, that the stored water is warmed by heat from rocks in the neighborhood for development into a geothermal fluid, and that the geothermal fluid finally forms a hot spring water reservoir. Hot spring water reservoirs are found widely distributed in the basin of the Oita river. In view of the ground temperature distribution and the hot spring water geochemical temperature determined by structure boring, it is concluded that possibilities are quite low that there exists a high-temperature geothermal fluid usable for power generation. (NEDO)

  8. Report on the geothermal development promotion survey. No.34. Kaminoyu/Santai area; Chinetsu kaihatsu sokushin chosa hokokusho. No. 34 Kaminoyu Santai chiiki

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1994-03-01

    The paper summed up the results of the geothermal development promotion survey 'Kaminoyu/Santai area' which was carried out at Yakumo town, Yamakoshi county, and Mori town, Kayabe county, Hokkaido, from FY 1990 to FY 1992. In the survey, the following were conducted for the comprehensive analysis: surface survey such as geology/alteration zone survey, geochemical survey and gravity exploration, test to induce jetting of geothermal fluids by drilling 7 boreholes, temperature/pressure log, etc. The geological structure of this area is featured by the uplift structure/caldera structure and the anticline structure. In the wide-area geothermal system, it is thought that the low-temperature seawater permeates underground by mixture with meteoric water, is heated, and forms the deep geothermal water. It is thought that the hot spring water in this area is stored in the hot spring reservoir by mixture with the surface water, and it is gushing. In the area, the region which is regarded as favorable as passage/storage place of geothermal fluid is a region of 1.5km width extending linearly in the E-W direction from the Nigorikawa basin to Kaminoyu. Further, it is thought that fractures were unfavorably developed in the Santai/Kaminoyu area. (NEDO)

  9. FY 1991 report on the survey of geothermal development promotion. Attached data. Electromagnetic exploration (High accuracy MT method) (No.38 - West area of Mt. Aso); Chinetsu kaihatsu sokushin chosa chijo chosa hokokusho futai shiryo. 1991 nendo chinetsu kaihatsu sokushin chosa - Denji tansa (Koseido MT ho) hokokusho (No.38 Asosan seibu chiiki - Tenpu shiryo)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1991-12-01

    As a part of the survey of geothermal development promotion in FY 1991, electromagnetic exploration by the high accuracy MT method was conducted to acquire the information on the geothermal structure in the west area of Mt. Aso, Kumamoto Prefecture. The detailed data were arranged as the data attached to the report on the electromagnetic exploration. As the attached data, included were the results of the 1D analysis (measuring/analysis {rho}a-F chart, analytic structure drawing), results of the 1D analysis (numerical list of the apparent resistivity analytic value and inverse analytic value) and numerical list of the apparent resistivity measured value. (NEDO)

  10. Fiscal 1998 geothermal development promotion survey. Annex to on-the-ground survey report, geothermal development promotion survey (Part 2. Electromagnetic surveillance using simplified MT method - No. 30: Western part of Hakkoda area); 1989 nendo chinetsu kaihatsu sokushin chosa. Chinetsu kaihatsu sokushin chosa chijo chosa hokokusho futai shiryo (Denji tansa (MT kan'i ho) hokokusho - No.30 Hakkoda seibu chiiki - 2)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1991-01-01

    An electromagnetic surveillance using the simplified MT (magnetotelluric) method was conducted to help clarify the geothermal structure in the western part of the Hakkoda area, Aomori Prefecture. The survey covered approximately 60 km{sup 2,} and involved 38 survey points, 3 magnetic field components, 2 electric field components, not less than 10 measuring frequencies in the range of 0.01-125 Hz, and a measuring time of not less than 2 hours. An analysis was performed, with data previously collected at 60 points added to the data collected at the said 38 points. As the result, the resistivity structure in this area was divided into 3 layers of high-low-high as described from the surface to the depth, and the middle layer was further divided into 3 layers of high-middle-low and the bottom layer into 2 layers of high-low. The result conformed though roughly to the result obtained by the electrical logging carried out in the structure boring. In the geothermal zone including the Sukayu hot spa in the southeastern part of this area and along the Jogakura valley, there exist a complicated resistivity structure attributable to geothermal activities and a number of discontinuous lines of resistivity running in the directions of WNW-ESE and N-S. This enabled an inference that there is a deep-seated geothermal source between Odake and Akamizusawa extending eastward from the said geothermal zone. (NEDO)

  11. Fiscal 1989 geothermal development promotion survey report. Data sampled by ground based survey and attached to the report (Electromagnetic surveillance - TDEM - No. 32. Hachijo Island region); Chinetsu kaihatsu sokushin chosa chijo chosa hokokusho futai shiryo. 1989 nendo chinetsu kaihatsu sokushin chosa denji tansa (TDEM ho) hokokusho (No. 32 Hachijojima chiiki)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1989-11-01

    A TDEM (time domain electromagnetic) surveillance was conducted for the Hachijo Island region, Tokyo. The survey covered a 70 km{sup 2} area, with 81 observation stations. There was a distance of 1 km or more between transmission electrodes, the signal was a rectangular wave with a cycle of 16 seconds or more, the sending current was 60 A or more, and the shortest distance between a transmission electrode and an observation station was 2.5 km or more. A subsurface structure model was proposed after the analysis of the collected data, which is described below. In the Mt. Nishiyama district, the deep-seated magnetic substance, high-conduction zone, and the low gravity anomaly zone were found to be roughly equal to each other in terms of distribution. It is inferred that the low gravity anomaly results from reduction in resistivity by the progress of fractioning of rocks due to the intrusion of a magnetized rock into the depth and from mass defect due to volcanic eruption. In the Mt. Higashiyama district, a high density rock intrudes in the ENE-WSW direction for the creation of a high gravity anomaly belt, and it is inferred that alteration occurred along the southern rim of the belt, that magnetic substance was produced in the cavity-abundant portion, and that a volcano with several craters rose at the middle of the portion. (NEDO)

  12. Fiscal 1998 geothermal development promotion survey. Annex to on-the-ground survey report, geothermal development promotion survey (Part 2. Electromagnetic surveillance using simplified MT method - No. 30: Western part of Hakkoda area); 1989 nendo chinetsu kaihatsu sokushin chosa. Chinetsu kaihatsu sokushin chosa chijo chosa hokokusho futai shiryo (Denji tansa (MT kan'i ho) hokokusho - No.30 Hakkoda seibu chiiki - 2)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1991-01-01

    An electromagnetic surveillance using the simplified MT (magnetotelluric) method was conducted to help clarify the geothermal structure in the western part of the Hakkoda area, Aomori Prefecture. The survey covered approximately 60 km{sup 2,} and involved 38 survey points, 3 magnetic field components, 2 electric field components, not less than 10 measuring frequencies in the range of 0.01-125 Hz, and a measuring time of not less than 2 hours. An analysis was performed, with data previously collected at 60 points added to the data collected at the said 38 points. As the result, the resistivity structure in this area was divided into 3 layers of high-low-high as described from the surface to the depth, and the middle layer was further divided into 3 layers of high-middle-low and the bottom layer into 2 layers of high-low. The result conformed though roughly to the result obtained by the electrical logging carried out in the structure boring. In the geothermal zone including the Sukayu hot spa in the southeastern part of this area and along the Jogakura valley, there exist a complicated resistivity structure attributable to geothermal activities and a number of discontinuous lines of resistivity running in the directions of WNW-ESE and N-S. This enabled an inference that there is a deep-seated geothermal source between Odake and Akamizusawa extending eastward from the said geothermal zone. (NEDO)

  13. FY 2000 report on the survey for introduction of the hot spring effect prediction method in the geothermal development promotion survey. Improvement of the hot spring effect prediction method in the geothermal development promotion survey; 2000 nendo chinetsu kaihatsu sokushin chosa. Onsen eikyo yosoku shuho donyu chosa - Chinetsu kaihatsu sokushin chosa ni okeru onsen eikyo yosoku shuho no kairyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    Supposing the case where the geothermal development promotion survey was carried out in promising geothermal areas in Japan, investigational study was conducted on possibilities of introducing the hot spring effect prediction method, improvement of the method, etc. In the survey, adjustment/classification of formation mechanisms of hot spring were made. For each of the formation mechanisms, the mechanisms in case of the geothermal development having effects were studied/summarized. As to how effects are brought about, presumed were the lowering of water level and decrease in discharge amount in accordance with the decreasing pressure and the dilution by increase in mixture of the ground water around the area. Also cited were the vaporization of hot spring aquifers by the increasing rate of vapor inflow, etc. For the introduction of the hot spring effect prediction method to the geothermal development promotion survey, the problem is short supply of various data, and the examination for it was made. Based on the results of the survey, items to be studied in case of introducing the hot spring effect prediction method were selected. Further, the hot spring effect prediction flow in case of introducing surface survey and well survey was made out. (NEDO)

  14. FY 1991 report on the survey of geothermal development promotion. Electromagnetic exploration (High accuracy MT method) (No.38 - West area of Mt. Aso); Chinetsu kaihatsu sokushin chosa chijo chosa hokokusho futai shiryo. 1991 nendo chinetsu kaihatsu sokushin chosa - Denji tansa (Koseido MT ho) hokokusho (No.38 Asosan seibu chiiki)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1991-12-01

    As a part of the survey of geothermal development promotion in FY 1991, electromagnetic exploration by the high accuracy MT method was conducted to acquire the information on the geothermal structure in the west area of Mt. Aso, Kumamoto Prefecture. The electromagnetic exploration was made in the area of about 65km{sup 2} at 52 measuring points for 3 measuring components in the magnetic field/2 measuring components in the electric field at 20 measuring frequencies or more in the range of 0.01Hz-20kHz for 4 hours or more. As a result of the survey, the resistivity structure indicated a 3-layer structure inside the Aso caldera. It was thought that the lowest layer was correspondent to the geological basement (Pre-tertiary system). As to the resistivity discontinuous lines extracted from sudden changes in depth distribution and resistivity distribution of the resistivity basement, those in NS direction are conspicuous and those in EW direction also exist inside the caldera. Around the part where these resistivity discontinuous lines of both NS and EW systems cross each other inside the caldera, the Yunoya hot spring and Tarutama hot spring which indicate the geothermal manifestation are located, and acid alteration zones were seen on the earth's surface in the periphery. (NEDO)

  15. FY 1997 basic survey project (database construction project) for enhancing energy consumption efficiency in developing countries; 1997 nendo hatten tojokoku energy shohi koritsuka kiso chosa jigyo. Database kochiku jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    NEDO is promoting a database construction project to collect and supply various technical/systematical information on energy related data and energy effective utilization. In FY 1997, about the Philippines, Indonesia and China, the data collected in a year were renewed, and seminar/workshop were held as a part of the promotion activities. About Thailand, Malaysia, Korea, Taiwan and Japan, Japan has independently been collecting the data. Also in FY 1997, Japan arranged the existing data and arranged/collected the data. About Vietnam, India, Myanmer and Pakistan, which became the objects for the project newly in FY 1996, the state of data arrangement was confirmed and the data were collected. Moreover, functional improvement of the system was made so that each country can use the database more easily and maintain the data independently. (NEDO)

  16. Joint verification project on environmentally friendly coal utilization systems. Joint verification project on the water-saving coal preparation system; Kankyo chowagata sekitan riyo system kyodo jissho jigyo. Shosuigata sentan system kyodo jissho jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1995-09-01

    In this verification project, clean technology which should be spread in China was verified and the base structure for its spread was prepared for the purpose of controlling emissions of environmental pollutants associated with the coal utilization in China and of contributing to secure energy acquisition of Japan. As joint verification projects, a general rehabilitation type coal preparation system was installed in the Wangfenggang coal preparation plant, and a central control coal preparation system was installed in the Qingtan coal preparation plant. In the former, a system is verified in which optimum operation, water-saving, high quality, and heightening of efficiency can be obtained by introducing two computing systems for operation control and quality control, various measuring instruments, and analyzers to coal preparation plants where analog operation is conducted helped by Russia and Porland and have problems about quality control. In the latter, a central control system achieving water saving is verified by introducing rapid ash meters, scales, desitometers and computers to coal preparation plants having zigzag or heavy-fluid cyclon and connecting various kinds of information through network. For fiscal 1994, investigation and study were conducted. 51 figs., 9 tabs.

  17. Fiscal 1995 survey report on the environmentally friendly type coal utilization system joint demonstration project. Water-saving coal preparation system joint demonstration project; Kankyo chowagata sekitan riyo system kyodo jissho jigyo. Shosuigata sentan system kyodo jissho jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1996-03-01

    This project makes demonstration of clean coal technology (CCT) in China and preparation for the base of its spread, controlled environmental pollution due to the coal use by the countries concerned, and contributes to stably secure energy of Japan. The paper made analog operation in the 1960s-1970s, supported by Russia and Poland, introduced two computer systems for operational control and quality control, densimeter, level meter, flow meter and analyzer to coal preparation plants having problems on productivity and quality control, made the optimum operational diagnosis for the plants, and at the same time, demonstrated the comprehensive rehabilitation type system by which water saving, high quality and high effectiveness are obtained. Various types of sensors such as rapid ash meter, scale and densitometer and computers are introduced to coal preparation plants which were recently constructed in China, have jig or heavy liquid cyclone as main preparation equipment and conducts operational control. There, the central control system was demonstrated in which various information collected in the central operation room and in-site equipment is combined by network for high-grade data processing and water saving is achieved. 50 figs., 11 tabs.

  18. Basic investigation project for energy consumption efficiency improvement in developing countries. Invitation of engineers from developing countries (Vietnam, Philippines, and India); Hatten tojokoku energy shohi koritsuka kiso chosa nado jigyo. Hatten tojokoku gijutsusha shohei jigyo (Betonamu, Philippines, Indo)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1996-03-01

    The International Center of Environmental Technology Transfer has invited seven engineers from Vietnam, eight from Philippines and two from India for human resource education project for environmental preservation in developing countries. Those who were invited are administrative officials and engineers who work at administrative agents, research institutes and corporations related to energy conservation and environment preservation. In this invitation program, lecturers were invited from governmental offices, universities and corporations according to their expertise fields to carry out lectures and site training. With respect to energy conservation, lectures were given on a `summary of energy saving methods` by a lecturer invited from the Chubu Governmental Department of Trade and Industry, and on an `introduction to new energies` by Prof. Shimizu at the Engineering Faculty of the Mie University. Both lecturers emphasized the necessity of energy conservation, and importance of new energies as clean energies. The trainees showed strong interest when they visited a `cement factory` and a `coal burning thermal power plant` as the key industries. Their experience would be reflected strongly on guiding operations of factories in their own countries. 56 figs., 15 tabs.

  19. Fiscal 2000 report of investigation. Project for promoting international cooperation for global environment/Project for assessment on effect of climate change; 2000 nendo chikyu kankyo kokusai kyoryoku suishin jigyo / kiko hendo eikyo hyoka nado jigyo chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    Assessment and examination were conducted on the scientific/technological aspect, environmental aspect and economic/social aspect concerning measures for mitigating climate change, as a part of international cooperation in global warming issues. In the development of assessment methods for cost analysis, it revealed that, in the activities for mitigating emission of greenhouse effect gases (GHG) or for increasing carbon sequestration, benefits of the mitigation sometimes surpassed their cost, allowing the society to benefit from the mitigation. In the examination of problems in technology transfer and their solutions, it was found that, in order to attain successful transfer, partnership among the parties interested was essential and that each government was capable of promoting such partnership. In the assessment of various policy options, the situation in the U.S. is such that the market aspect of GHG emission permit and credit trading is rather weak because of immaturity in a legal framework on GHG emission trading and because of undefinedness in the systems of the Kyoto Protocol and in the possibility of its validation. However, the reason enterprises are actively participating in the early market is that they plan a risk-hedge for example in anticipation of tighter regulations in the future. (NEDO)

  20. Fiscal 1999 survey report. Project of promoting international cooperation on global environments/Project of assessing climate change impacts; 1999 nendo chikyu kankyo kokusai kyoryoku suishin jigyo chosa hokokusho. Kiko hendo eikyo hyoka nado jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    As part of international cooperation concerning global warming, an assessment is conducted of climate change mitigating measures, from the viewpoints of technology, environment, economy, and community, in coordination with the IPCC (Intergovernmental Panel on Climate Change) 3rd working group responsible for energy policy and technological development. It aims to contribute to the preparation of a 3rd assessment report, and covers (1) the development of an assessment technique relating to cost analysis, (2) problems in the transfer of technology and solutions for them, and (3) the assessment of various policy options. Under item (1), studies are made about modelling techniques, common parameters and their values, potentials for effect, control of warming, etc. Under item (2), factors impeding the transfer and diffusion of technology are extracted and solutions therefor and the establishment of new incentives are deliberated, with analysis and investigation focused on tasks and solutions for furthering global transfer of technology with attention paid to various specific cases. Under item (3), concrete and feasible policy options are discussed on the basis of the outcome of the above-named endeavors, in view of characteristics of each of the regions, departments, and techniques. (NEDO)

  1. Survey report. New energy vision formulation project for Osa Town, Okayama Prefecture; 2001 nendo Osa cho shin energy vision sakutei tou jigyo chosa hokokusho. Chiiki shin energy vision sakutei tou jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-02-01

    A New Energy Vision was formulated for Osa Town after investigations about energy demand, new energy reserves, and their available amounts. The town consumes approximately 50.6-billion kcal in total, with automobiles consuming a half thereof as fuel. Studies were made about new energy reserves and recoverable amounts in the town, and then an estimation was made that 16.2 times 10{sup 5} kWh/year would be recoverable from photovoltaic energy, 1.58 times 10{sup 5} kWh from small-scale hydropower, 8.79 times 10{sup 6} kWh from ligneous biomass, and 1.96 times 10{sup 5} kWh from livestock biomass, and that 40 MW, for example, would come from wind power, subject to change depending on the wind power generator system to be built. Projects for new energy introduction were discussed, which involved the use of biodiesel fuel for official vehicles, installation of solar hot water showers in primary and junior high schools, application of photovoltaic/wind power to crime prevention lights and street lamps, snow melting systems for roads utilizing geothermal energy, use of heat from thinnings and ligneous waste, wind power facilities, small-scale hydropower facilities, introduction of new energy appliances into sightseeing facilities, and the introduction of photovoltaic power or the like into public facilities. (NEDO)

  2. FY 1998 international cooperation project for global environment/project to evaluate influence of climate change; 1998 nendo chosa hokokusho. Chikyu kankyo kokusai kyoryoku jigyo/kiko hendo eikyo hyokanado jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    As a part of the international cooperation for the global warming problem, evaluation/study were conducted on policy to lessen climate changes from viewpoints of scientific technology, environment, and economy/society. In the development of evaluation methods on cost analysis, the following were pointed out: Changes in resource utilization brought about as a result of the policy are all needed to be numerated; In resource, clean air and water, and also abolition of price barrier and prices now in force are included. As subjects on the technology transfer, cited are barriers in aspects of organization/system and barriers in aspects of economy/finance and society. Especially, it was pointed out that it is necessary to exchange the persons concerned in the industrial sector. Of various optional policies toward the prevention of global warming, the Kyoto mechanism not only has an economical merit of the use of low cost option but can be fairly promising from an environmental viewpoint of internationally controlling the greenhouse effect gas emission, if the characteristic of practically using the market can be so designed that it fulfills its function. (NEDO)

  3. Report on achievement for fiscal 1998. Global environment industry technology development promotion project (the advanced technology survey and research project); 1998 nendo seika hokoiusho. Chikyu kankyo sangyo gijutsu kaihatsu suishin jigyo (sentan gijutsu chosa kenkyu jigyo)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    In order to structure innovative technologies to solve effectively the global environment problems, it is important to incorporate infra-structural technologies that have been achieved by universities and other research institutions. The fiscal 1998 project has commissioned 25 researches found superior from among research plans that have been invited during fiscal 1997. This paper enumerates the main themes including those under continued research. The research themes include: fixation of phosphor by using photo-energy, utilization of nitrogen fixing bacteria in rice plant roots for the purpose of carbon dioxide reduction, new functional solid ultra-strong acids for clean chemical processes, fixation of warming gases by using ultra critical fluid catalytic reactions, photo-catalysts having microporous structure, whose energy structure is controlled, waste water purification by using stimulation sensitive polymers, a practical and small high-speed environment purification system by means of a simple technology to cultivate high concentration bacteria of microorganisms, fundamental analysis of response to specific wavelength light in photosynthesized microorganisms, bio-remediation utilizing symbiotic systems of plants and bacteria, high efficiency catalysts purposed for total decomposition of water, and separation of carbon dioxide in deep sea bottoms by controlling hydrate crystal growth. (NEDO)

  4. Fiscal 1997 research report. International energy use rationalization project (Analytical tool research project for energy consumption efficiency improvement in Asia); 1997 nendo kokusai energy shiyo gorika nado taisaku jigyo chosa hokokusho. Asia energy shohi koritsuka bunseki tool chosa jigyo (honpen)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-05-01

    Efforts have been under way to prepare inter-industry relations tables and energy data for four Asian countries, namely, China, Taiwan, Singapore and Malaysia, and a tool for energy consumption efficiency analysis has been developed and improved. In Chapter 1, energy supply and demand in the above-named four countries is reviewed on the basis of recent economic situations in these countries. In Chapter 2, bilateral inter-industry relations tables usable under the project are employed for the analysis of the economic status of each of the countries and energy transactions between them, and a method is described of converting the tables into one-nation inter-industry relations tables which meet the need of this project. In Chapter 3, national characteristics reflected on the respective energy input tables are described, and a method is shown of converting a nationally characterized unit energy table into a common unit energy input table for registration with a database. In Chapter 4, the constitution of the Asian energy consumption efficiency improvement analyzing tool and a system using the tool are explained. In Chapter 5, some examples of analyses conducted by use of the analyzing tool are shown, in which the energy saving effect and CO2 emission reduction effect are estimated for Indonesia by use of the analyzing tool. (NEDO)

  5. Report on the invitation program for developing countries concerning technology promotion project of global environmental industry in FY 1997; 1997 nendo chikyu kankyo sangyo gijutsu suishin jigyo ni kakawaru chikyu kankyo kanren gijutsu kaigai kenkyusha shohei jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-03-01

    In an effort to help preserve the global environment, International Center for Environmental Technology Transfer (ICETT) contributes to the solution of global environmental problems by promoting research exchanges with developing countries. As a part of this effort, ICETT hosted an environmental development researcher who visited Japan from the Institute of Environmental Research of Chulalongkorn University in Bangkok, Thailand. The invitation was extended at the request of NEDO. During the period of this investigation between September 16 and December 14, 1997, a photocatalyst was prepared and its performance was evaluated under the theme ``Application of photocatalysis to purification of atmospheric environment.`` At the same time, roadside test spots were inspected to study the practical application of optical photocatalysis. The visiting researcher also visited the National Institute for Resources and Environment to discuss with the staff of institute. This helped to deepen understandings of the state of air pollution problems confronting Japan, Europe, and North America, as well as issues related to the technologies that have been developed to solve these problems. The visiting researcher toured the RITE and examined Japan`s progress in the development of environmental control technology through joint research involving government, industry, and academia. At ICETT, the visiting researcher received training in Japan`s approaches to environmental problems in developing countries

  6. Fiscal 1995 survey report on the environmentally friendly type coal utilization system introduction support project. Verification project on the circulating fluidized bed boiler; Kankyo chowagata sekitan riyo system donyu shien jigyo. Junkan ryudosho boiler ni kakawaru jissho jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1996-12-01

    In relation to the circulating fluidized bed boiler which reduces the amount of sulfur oxides emitted in coal utilization, a verification project was carried out on installation of the equipment and spread activity in China and the Philippines contributing to the control of environmental pollutant associated with coal utilization and the effective use of energy. At the Fanshan area, installed was a 10t/h internal circulating fluidized bed boiler. At the performance test, coal includes around 7% of impurities such as stone, and the impurities should be excluded continuously at the time of actual run. Therefore, the boiler efficiency had to be changed from 89.5% to 85.8%. Further, power generation facilities have not yet been finished, and the overall operation of boiler turbine has not been executed. At the Zibo area, a 30t/h external circulating fluidized bed boiler was installed. The boiler efficiency reached 86.1%, over the targeted value. At the Batangas area in the Philippines, a 10t/h internal circulating fluidized bed boiler was installed. The boiler efficiency reached 85.8%, over the designed value. About the coal produced in the Philippines, slagging was feared, but the combustion state was favorable. 82 figs., 21 tabs.

  7. Fiscal 2000 achievement report. Model project for international energy consumption efficiency improvement (Model project for improvement of boiler and turbine efficiency); 2000 nendo seika hokoku. Kokusai energy shohi koritsuka tou model jigyo (Boira tabin koritsu kojo model jigyo)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-12-01

    A project was implemented for Japan to transfer its energy conservation technologies for helping Indonesia conserve energy and reduce CO2 emissions, which occurred at Muara Karang Thermal Power Plant of an Indonesian power company named PT PJB. Items to be introduced are condenser tubes (material change from cupro-nickel to titanium), ball cleaning equipment, turbine gland seal improvement, air preheater improvement, thermal efficiency management system, and so forth. In this fiscal year, turbine gland seals and air preheater elements were manufactured, and the thermal efficiency management system was designed. As an dissemination activity, 10 engineers were invited to Japan from the Indonesian Ministry of Energy and Mineral Resources, PT PLN, and PT PJB. They attended a training program lasting approximately two weeks, which included study tours to the factories actually building the equipment to be introduced and field/classroom training/education on thermal efficiency management and others. The engineers actively performed their boiler improvement work back in Indonesia. (NEDO)

  8. Fiscal 1997 research report. Basic research project on improving energy consumption efficiency in developing countries (Database construction); 1998 nendo hatten tojokoku energy shohi koritsuka kiso chosa jigyo hokokusho. Database kochiku jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-09-01

    The New Energy and Industrial Technology Development Organization (NEDO) in fiscal 1993 started a database construction project, which involves energy conservation related primary information on the 11 countries concerned, for encouraging 11 Asian countries, namely, Japan, China, Indonesia, the Philippines, Thailand, Malaysia, Taiwan, Korea, Vietnam, Myanmar, and Pakistan, to promote their energy conservation endeavors. As part of the database construction effort under this research project, the so-far accomplished collection of and analysis into energy related information about the countries, surveys of the utilization and popularization of databases, and development of database systems are taken into consideration. On the basis of these efforts to improve on the database systems for enhanced operability, a program is formulated for database diffusion under which data are collected and updated for storage in databases. Also exerted under the program are endeavors to make use of the above-said database systems and to disseminate the constructed databases into the 11 countries for effective utilization. In the future, it is desired that the NEDO database will win popularity in the 11 countries and be utilized in their formulation of domestic energy conservation policies. (NEDO)

  9. International measures project for rational energy use (Survey project of the analysis tool of Asian energy consumption efficiency). List of errata; 1998 nendo kokusai energy shiyo gorika nado taisaku jigyo seigohyo. Asia energy shohi koritsuka bunseki tool chosa jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    The list of errata was prepared for the data book of the international measures project for rational energy use (Survey project of the analysis tool of Asian energy consumption efficiency). Corrected pages of the data book 1 (1990) are as follows: 187-190, 223-226, 259-262, 295- 298, 369-370, 387-388 and 405-406 on Malaysian data. Corrected pages of the data book 2 (1985) are as follows: 102-105 on Chinese data, 154 on common data, and 187-190, 223-226, 259-262, 295-298, 369-370, 387-388 and 405-406 on Malaysian data. (NEDO)

  10. Fiscal 1997 research report. International energy use rationalization project (Analytical tool research project for energy consumption efficiency improvement in Asia); 1997 nendo kokusai energy shiyo gorika taisaku jigyo chosa hokokusho. Asia energy shohi koritsuka bunseki tool chosa jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-05-01

    The project aims to prepare inter-industry relations tables and models for energy analysis for Asian countries and thereby to probe into relations between the industrial structure or the ultimate consumption structure and energy consumption. For the comprehension of energy consumption as broken by each industry, Asian nations' inter-industry relations tables and energy statistics are linked for the compilation of energy analysis oriented inter-industry relations tables, and the resultant tables are used for the metric analysis of industrial structures and energy consumption structures in these countries. The tables prepared this time are 1985 tables for Korea, Indonesia, Thailand, and the Philippines and 1990 tables for China, Singapore, and Malaysia. The Malaysian transportation sector needs to be improved in energy saving. In Singapore, energy saving is functioning effectively in the transportation sector. China's energy consuming industries are those involving coal, chemistry, steelmaking, ceramics, and earth and quarrying. In Taiwan, improvement needs to be made in the transportation sector. Korea should conserve energy in the transportation sector. In the Philippines, energy needs to be saved in businesses related to water supply, transportation, and fishery. Thai industries as a whole needs to save energy. Improved energy consumption efficiency is sought for in the Indonesian cement related sector. (NEDO)

  11. Research program for environmentally-friendly coal utilization system. Follow-up project for simplified desulfurizers (Weifang Chemical Industry Works); Kankyo chowagata sekitan riyo system donyu shien jigyo. Kan`i datsuryu setsubi ni kakawaru follow up jigyo (Weifang kakosho)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1997-03-01

    To suppress the emission of environmental pollutants from coal utilization in China and to contribute to stable security of Japan`s energy, demonstration of clean coal technology and consolidation of diffusion base to be introduced into China have been promoted. Demonstration program for diffusing simplified desulfurizers has been promoted. For accelerating the achievement, experts of desulfurizers were delegated to Weifang Chemical Industry Works, to support the program. Exhaust gas is introduced from boiler via water spray dust remover, suction fan and centralized stack into absorption tower of the simplified wet-type desulfurizer. In the ascending process, the exhaust gas contacts with absorbent, to remove SO2 and dust. The absorbent is blasted up through the spray nozzle. The absorbent is oxidized by the air into sulfate ion in the liquid chamber at the lower part of tower, and neutralized by hydrated lime to form gypsum. Through the continuous operation for two years, understandings were remarkably increased. However, good treatment of the tax system is required for further diffusion. Though there are no problems for ordinary start and stop, emergency operation is insufficient. There are some problems in the maintenance due to the delay of finding failures. 16 figs., 1 tab.

  12. Fiscal 1997 research report. International energy use rationalization project (Analytical tool research project for energy consumption efficiency improvement in Asia); 1997 nendo kokusai energy shiyo gorika taisaku jigyo chosa hokokusho. Asia energy shohi koritsuka bunseki tool chosa jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-05-01

    The project aims to prepare inter-industry relations tables and models for energy analysis for Asian countries and thereby to probe into relations between the industrial structure or the ultimate consumption structure and energy consumption. For the comprehension of energy consumption as broken by each industry, Asian nations' inter-industry relations tables and energy statistics are linked for the compilation of energy analysis oriented inter-industry relations tables, and the resultant tables are used for the metric analysis of industrial structures and energy consumption structures in these countries. The tables prepared this time are 1985 tables for Korea, Indonesia, Thailand, and the Philippines and 1990 tables for China, Singapore, and Malaysia. The Malaysian transportation sector needs to be improved in energy saving. In Singapore, energy saving is functioning effectively in the transportation sector. China's energy consuming industries are those involving coal, chemistry, steelmaking, ceramics, and earth and quarrying. In Taiwan, improvement needs to be made in the transportation sector. Korea should conserve energy in the transportation sector. In the Philippines, energy needs to be saved in businesses related to water supply, transportation, and fishery. Thai industries as a whole needs to save energy. Improved energy consumption efficiency is sought for in the Indonesian cement related sector. (NEDO)

  13. FY 1998 annual report on the introduction/dissemination working group. 19th R and D activity report; 1998 nendo donyu fukyu jigyo bunkakai. Dai 19 kai jigyo hokokukai

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-09-01

    Summarized herein are the FY 1998 R and D activities by the introduction/dissemination working group, extracted from the 19th R and D activity report by NEDO. Mr. Yamaho, a NEDO's director, reports (General situations of the new energy introduction promotion department). The R and D project results include those of renewable energy sources, such as the results of the field test and supporting projects for solar light power generation, wind power generation and solar heat utilization; and those of recycling type energy, such as the results of the field test projects for power generation by wastes and fuel cells, and the results of the projects for district heat supply by co-generation systems. The other results presented include those of the projects for dissemination of clean energy vehicles, supporting new energy entrepreneurs, promotion of introducing district new energy, drawing visions for district new energy, field tests for introducing high-performance industrial furnaces, modeling for introducing facilities for rationalized use of pioneer energy, promotion of disseminating ice-aided, heat-storage type air conditioning systems, and promotion of introducing decentralized gas-aided air conditioning for existing small- to medium-sized buildings. (NEDO)

  14. Survey report for fiscal 1993 on basic survey project for energy consumption efficiency improvement in developing countries. Database development project 5 (The Philippines); 1993 nendo hatten tojokoku energy shohi koritsuka kiso chosa jigyo (database kochiku jigyo). 5. Philippines

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1995-03-01

    Volume 5 covers the Philippines. The database development project has two goals. One is to collect basic data for joint projects for preparing energy conservation master plans for China and Indonesia, and the other is to build a comprehensive database for 8 countries including the said 2 countries (China, Indonesia, the Philippines, Thailand, Malaysia, Korea, Taiwan, and Japan) for contribution to the enhancement of energy conservation in the region involved. This Volume 5, dealing with 5 countries out of the 8 excluding China, Indonesia, and Japan, accommodates data on the Philippines, with whom a data collecting contract has just been signed in this fiscal year, which cannot be appropriately accommodated in Volume 1. The data referred to just above include the progress marked in this fiscal year in the preparation for the collection of actual data about energy consumption in Filipino factories scheduled to be carried out in and after the next fiscal year. (NEDO)

  15. Fiscal 1998 report on Japan-Asia international cooperation project; 1998 nendo Nichi Asia kokusai kyodo kenkyu jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-12-01

    For the development of talent, industrial infrastructures, and new industries in countries that received Japanese cooperation, Japanese researchers were sent to universities and research organizations in Asian countries, where they were engaged in joint research and development, which involved (1) micro device technology, (2) technology for manufacturing industrial silica material by chaff incineration, (3) technology for forming and machining of alloys difficult to machine, light in weight, and high in strength, (4) technology for rare metal isolation and refining, (5) cascade-wise utilization and practical application of biomass in Asia, (6) exploration and utilization of microbial resources in Tropical Asia, (7) evaluation of biological resources existing in Southeast Asia and construction of information network, (8) development and evaluation of cultured articular cartilage, (9) technology for utilizing wastewater for production of valuable substances, and (10) studies for utilizing biological resources through utilization of diversity of symbiotic microbes and their adaptability to surroundings. Under item (1), it was planned that ultrasonic micro transducers and micro fluid devices be developed for use in the medical field. (NEDO)

  16. Report on bio-energy survey project in Sumoto City; 2001 nendo Sumoto baio energy chosa jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-07-01

    With an intention to solve environmental problems and energy problems simultaneously in Sumoto City, Hyogo prefecture, surveys have been performed on feasibility of introducing biomass energy in the district. The dairy farming in Sumoto City has a trend of increase in the number of livestocks being fed in individual farms, and increase of milking quantity per livestock (increase of sewage discharge amount), with the increase of excessive excreta amount causing a problem. The Sumoto Dairy Farming Association is experiencing generation of excreta of 156 tons a day, which requires manure handling and disposal of 112 tons a day even after deducting the field dispersion. Discussions on a biogas plant with a capacity of 100 tons a day call for biogas generation amount of 2,500 m{sup 3} a day, electric power generation amount of 4,500 kWh a day, fuel cell size of 100 kW x 2 units, and heat generation amount of 6,000 kWh a day. A total of the estimated project cost amounts to 2,450,000,000 yen, the annual running cost to 65,280,000 yen, and the annual income to 82,000,000 yen. The electric power generation cost is 135 yen per kWh, the heat production cost is 952 yen per liter (converted to kerosene), and the saving amount due to excessive electric power and heat utilization amounted to 10,700,000 yen. The annual amount of CO2 reduction is 1330 tons. (NEDO)

  17. New energy vision of the Gushikami Village area; 2001 nendo Gushikami son chiiki shin energy vision sakutei tou jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-02-01

    For the purpose of promoting the introduction of new energy and enhancing the awareness of it in Gushikami Village, Okinawa Prefecture, an investigational study was conducted of the energy demand of the village, existence amount of new energy, plan for new energy introduction, etc., and a vision was worked out. The energy demand of Gushikami Village was estimated at 640.2 x 10{sup 6} MJ/y. By sector, it consisted of 37.1% in the transportation sector, 32.0% in the commercial/residential sector and 30.8% in the industrial sector. The rate of energy source was 73.7% of petroleum-base fuel and 26.3% of electric power. As the plan for new energy introduction, the following were studied: introduction of photovoltaic power generation to the village office/museum/elementary school/junior high school, introduction of solar heat utilization facilities to the meal providing center/gymnasium, introduction of wind power generation to the sports park, project of wind power generation on the sugar cane hill (600kW x 6 turbines), cogeneration by composting of stockbreeding waste and methane, introduction of clean energy car to official vehicle, introduction of natural gas vehicle, installation of experimental plant for conversion of sugar cane to methanol, etc. (NEDO)

  18. Report on a survey in fiscal 1999. International study exchange project; 1999 nendo kokusai kenkyu koryru jigyo chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    Exchange with overseas researchers and research organizations has important significance in promoting research and development toward creating new research areas and structuring new technological systems intended for solving global environment problems. In cooperation with RITE and RITE researchers and relevant learned societies, researchers were invited or dispatched to international conferences and international symposiums with regard to global environment related technologies. In addition to interaction with major overseas research institutions and universities, medium and long-term dispatch and invitation have been performed that are considered to play an important role in future research exchange activities based on the achievements of short-term invitations and dispatches and examinations with potential research exchanges. As a result, domestic and overseas interactions on the latest researches were performed, while basic and applied researches related to global environment technologies are being proceeded also in various areas of studies outside the country. It was identified that these exchange activities have close relationship with research and development of industrial technologies serving for global environment preservation, which are being promoted by RITE. (NEDO)

  19. Report on a regional new energy vision establishment in Yatsuka Township; Yatsukamachi chiiki shin energy vision sakutei jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    Surveys and discussions were given on establishing a new energy vision in Yatsuka Township in Shimane Prefecture. For the survey on available amount of natural energies (sunlight and wind), all-weather insolation required for solar energy power generation was analyzed by using the NEDO information, and wind was analyzed based on observations at Matsue Meteorological Observatory, Sakai-minato Observatory, and Nakaura Water Gate. In discussing the system, power generation amount in the Matsue area was estimated for the case when solar cells of single crystal silicon plus amorphous hybrid type HIP-H48B1 are used. For wind power generation, power generation amount was calculated from observation values derived at the Nakaura water gate when wind mills with diameters from 2 to 10 m are used. Furthermore, calculations were performed on power amount generated uniformly by using a hybrid system using solar energy power generation and wind power generation. As a result of the discussions, a plan was established to introduce the new energies by means of a solar and wind energy hybrid power generation system to the greenhouse 'Green Stellar' symbolizing the Japan's largest peony production, being capable of year-round peony cultivation. The system is planned to be introduced to the town office building and other public organizations sequentially according to annual programs. (NEDO)

  20. Summary report of the overseas researcher invitation program in FY1996; 1996 nendo kaigai kenkyusha shohei jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1997-03-01

    To exchange research information, Mr. Koernaen Inif was invited from the Ministry of Industry and Commerce, Indonesia in the period between 4th November in 1996 and 4th February in 1997 as a part of the overseas researcher invitation program in FY 1996. The research theme is `Investigation of low cost removal method of COD and BOD from industrial waste water: Biodegradation of lignin in the waste water from pulp industry using anaerobic bacteria.` The institute of the invited researcher has promoted investigations for improving water quality of the Surabaya River. The largest reason of the water quality pollution of the Surabaya River is caused by the waste water from paper and pulp industry, and pollutants are COD and BOD. In major factories with economic margins, waste water treatments have been conducted, which do not satisfy the waste water standard of factories. In this investigation, the treatment technology information of industrial waste water were collected. The information were summarized for contributing to the future research and development in Surabaya. The objective was to obtain the biodegradation techniques of lignin using anaerobic bacteria. 51 refs., 7 figs., 5 tabs.

  1. Japan-EU joint research project on petroleum substituting energy; Nichi EU sekiyu daitai energy kanren kyodo kenkyu jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1997-03-01

    Four EU research workers were invited from Portugal, Italy and France for promoting R & D of petroleum substituting energies in Japan. The joint research on the wide area energy use network system (advanced district cooling and heating) includes the experimental technology for measuring heat transfer acceleration and drag reduction, evaluation of rheological characteristics of fluid, and development and selection of an adequate composition equation of fluid. The joint research on MCFC includes the test method and procedure of components and cells in relation to corrosion by molten carbonate, elution of NiO cathodes, electrode modeling and alternative materials for cathodes. The joint research on geothermal gases includes the research method of fumarolic gases such as volcanic gas and geothermal gas, applications in Italian geothermal fields and the relation of geothermal gases with the origin of fluid, deep conditions and volcanic activity. In addition, the joint research on light energy conversion (energy transfer system between binuclear metal complexes) and the performance and use of metal complexes as catalyst for polymer electrolyte fuel cells was also performed. 52 refs., 20 figs., 3 tabs.

  2. FY 1998 New Sunshine Project. International co-operative project (Summary); 1998 nendo new sunshine keikaku. Kokusai kyoryoku jigyo (sogoban)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    Described herein are the basic plans for the international co-operative projects for development of technologies for commercialization of photovoltaic power systems (e.g., IEA co-operative programme on Photovoltaic Power Systems), and the minutes of the FY 1997 and 1998 meetings of the Solar Energy Technology International Research Co-operative Committee. Japan is responsible for implementing the following projects for promoting international cooperation for, e.g., IEA Photovoltaic Power Systems (PVPS): research and development, demonstration, analysis, information exchange, introduction promotion, etc. for IEA/PVPS Programme; and research and development, demonstration, analysis, information exchange, introduction promotion, etc. for IEA/Solar Heating and Cooling Programme. Japan is also implementing the co-operative projects for the photovoltaic power systems with the Summit participants, based on Science and Technology Working Group established by the Versailles Summit, technology cooperation with, e.g., Australia, and bilateral information exchange and technological survey projects with those countries which have already developed solar energy systems, e.g., USA, France, Spain and Italy. (NEDO)

  3. Networking of research information on global environment protection technologies; Chikyu kankyo taisaku gijutsu no kenkyu joho network jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    Networking is being executed with an objective of exchanging information on global environment technologies at an international level. In order to further promote the information exchange, and to make web sites user-friendly, fiscal 1998 has performed structuring a thesis renewal system. As a result of structuring the thesis renewal system, researchers can use the system as using a word processor by inputting data from a terminal in their laboratories. The data can also be made into a data base nearly semi-automatically. In addition to reducing time loss, delay and input errors because of re-entry, the researchers can make the data into a database on nearly a real time basis, and can provide their own theses to any part of the world through Internet. With regard to retaining Internet security, the security software having been introduced last year was renewed. In addition, detailed status such as daily access has become possible of identification as a result of introducing the net intellect. (NEDO)

  4. NEDO geothermal energy subcommittee. 18th project report meeting; NEDO chinetsu bunkakai. Dai 18 kai jigyo hokokukai

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-09-01

    Reporting on geothermal energy-related efforts, Taro Yamayasu, a NEDO (New Energy and Industrial Technology Development Organization) director, explains the promotion of researches on geothermal energy exploitation, researches on small and medium scale geothermal binary power system utilization, researches on geothermal exploration technology verification, and joint researches on small scale geothermal exploration on remote islands. Achievement reports are delivered concerning geothermal survey technology verification involving the development of reservoir fluctuation probing technology, deep-seated geothermal resources survey, and international joint projects. Concerning the research cooperation promotion project, a joint research program is reported involving a comprehensive geothermal resources analysis system for a remote island in the eastern part of Indonesia. In relation with the development of thermal water power plants, reports are delivered on the development of a 10MW class demonstration plant, development of technologies (study of elements) for a hot dry rock power system, development of a hole bottom data detection system for drilling in thermal water, and the development of deep-seated geothermal resources sampling technologies. (NEDO)

  5. NEDO business outline for fiscal 1997. 18th project report meeting; 1997 nendo gyomu gaiyo. Dai 18 kai jigyo hokokukai

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-09-22

    The projects of NEDO (New Energy and Industrial Technology Development Organization) are stated as reported at the 18th project report meeting. Outlined are new energy-related projects involving technology development, resources exploitation, promotion of new energy introduction, promotion of international cooperation, gathering of information, and so on. Outlined in relation to the research and development of industrial technologies are projects on research and development, development of medical and welfare equipment, research and development of global environment-related industrial technology, development of international industrial technology, and improvement on platforms for researches. Concerning coal, subsidy-granted projects on domestic coal and projects on domestic coal mine improvement are outlined. Projects relating to compensation for environmental pollution resulting from coal mining and those relating to alcohol production are also outlined. NEDO's financial statement for fiscal 1997 is reported. Also reported are budgets for fiscal 1998 for projects relating to new energy, research and development of industrial technology, coal mining structure coordination, compensation for environmental pollution resulting from coal mining, and alcohol production. (NEDO)

  6. Committee for international collaborative research of medical and welfare apparatus; Iryo fukushi kiki kokusai kyodo kenkyu jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1996-03-01

    The paper summarized activities for an investigational study on the international collaborative research project on the medical and welfare apparatus implemented in fiscal 1995. As investigation activities, the second meeting of information exchanges with E.U. and three north European countries was held following the meeting in fiscal 1994, and at the same time, information exchanges were made with organizations/institutions of industry/government/university in Germany, France and Canada. The study made it clear that Europe is also taking a direction of low-degree action diagnosis/care as Japan is. Further, concrete exchanges of information advanced and an awareness of the common issues was made clear such as the necessity of developing apparatus which meets the apparatus market and users` needs. As international collaborative activities, new methods of information exchanges were adopted such as the satellite meeting of the International MR Society, meetings with researchers who visited Japan. The satellite meeting of the International MR Society was favorably accepted by participants, and it was pointed out that it is important to continue the meeting in view of the materialization of themes, etc. 4 refs., 32 figs., 5 tabs.

  7. NEDO coal resources exploitation subcommittee. 18th project report meeting; NEDO sekitan shigen kaihatsu bunkakai. Dai 18 kai jigyo hokokukai

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-09-01

    In a report on a 'survey for coal transportation system optimization in southern Sumatra' which is to contribute to the improvement of coal exploitation efficiency in the Musi river area in southern Sumatra, the coal transportation system from the coal mine to the harbor is reviewed, scenarios on funding and cost effectiveness and environmental impact are comprehensively examined, and suggestions are submitted for higher efficiency and cost effectiveness. In a report on a 'current utilization status and effectiveness of a non-destructive electromagnetic vibrator shock source,' an electromagnetic vibrator shock source out of several new coal exploration technologies which are combinations of test boring and seismic prospecting is taken up, and is compared, in terms of technical feature and cost effectiveness, with the seismic reflection survey technique that uses an explosive shock source, and then a conclusion is reported that an electromagnetic vibration shock source method is superior. Using the new electromagnetic method, a seismic wave frequency is so chosen as to be suitable for a given depth. Since it is non-destructive and emits less noise, it is expected that it will serve in various fields other than coal mining. (NEDO)

  8. 17th Symposium of NEDO projects. Industrial technology subcommittee; Sangyo gijutsu bunkakai. Dai 17 kai jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1997-09-01

    Described herein are the reports presented to the industrial technology subcommittee, 17th symposium of NEDO projects. For development of high-efficiency industrial furnaces by high-temperature air combustion (including regenerative combustion), high-temperature air above 1000 degrees C is used, where carbon dioxide and NOX are possibly abated by 30% or more and 50%, respectively. The worldwide development is also described. For production of high-function ceramic materials at low temperature, the soft solution process is proposed for the in-situ production of these ceramic materials from the aqueous solution without using high temperature or high energy. For example, the high-functional ceramic material can be produced in-situ on a substrate by reacting the highly active aqueous solution with the substrate by a combination of, e.g., the hydrothermal and electrochemical reactions, without needing post-treatment under heating. For the marine biological technologies, deposition of living organisms is described. A geodome is developed for utilizing very deep (50m or deeper) underground spaces. It is a dome-shaped space supported by no strut, having dimensions of 50m in diameter and 30m high not to affect the surrounding environments, e.g., underground water. The techniques for creating advanced functional materials are developed by combining, e.g., laser, plasma, ion and magnetic field in diversified manners. (NEDO)

  9. Fiscal 1999 technical survey report. Cooperative project on energy conservation seminar; 1999 nendo sho energy seminar kyoryoku jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    NEDO (New Energy and Industrial Technology Development Organization), from the viewpoint that the development and popularization of energy conservation technologies are extremely important as energy conservation measures, collected energy related primary information from 12 Asian countries including Japan for the development and popularization of energy conservation technologies, and has constructed a database NEDO/DB. NEDO is now propelling forward its efforts to popularize the database. For popularizing NEDO/DB in Vietnam and for rendering the people conscious of energy conservation, NEDO dispatched some lecturers to an energy conservation seminar sponsored by the Vietnamese Government. The importance of energy conservation promoting measures was highlighted at the seminar. NEDO's approach to AIJ (activities implemented jointly) and CDM (clean development mechanism) was described at the seminar, and a lecture meeting was held to explain NEDO/DB and to teach how to use the database. (NEDO)

  10. NEDO industrial technology subcommittee. 18th project report meeting; NEDO sangyo gijutsu bunkakai. Dai 18 kai jigyo hokokukai

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-09-01

    In relation to NEDO's (New Energy and Industrial Technology Development Organization) research and development to put to practical use a ceramic substrate material which is sinterable at low temperature and capable of high heat radiation, a report is delivered on a low-temperature continuous baking process that realizes the mass production of aluminum nitride substrates high in heat conduction and reliability. The report says that the product has a relative density of 100% and exhibits heat conductivity of not less than 160W/mK, flexural strength of 440MPa, and fracture toughness of not less than 3.8MPa. Concerning the research and development of synergistic ceramics, studies are reported on the technologies of high-order structure control and structural element control. In relation with the technology of rendering enzyme protein thermally stable by means of molecular evolution, reports are delivered on enabling enzyme protein to withstand higher temperatures, genetic manipulation of highly thermophilic microbes, building of heat resistance with the progress of evolution, stabilization of enzymes, and the adaptation of thermophilic bacterial enzyme to normal temperature. Concerning the atom technology project, the result of the 1st phase is reported, and development in the future is predicted. Reported in relation to superconducting materials and devices is the development of a material capable of withstanding a high current density and strong magnetic field. (NEDO)

  11. Future vision of advanced telecommunication networks for electric utilities; Denki jigyo ni okeru joho tsushin network no shorai vision

    Energy Technology Data Exchange (ETDEWEB)

    Tonaru, S.; Ono, K.; Sakai, S.; Kawai, Y.; Tsuboi, A. [Central Research Institute of Electric Power Industry, Tokyo (Japan); Manabe, S. [Shikoku Electric Power Co., Inc., Kagawa (Japan); Miki, Y. [Kansai Electric Power Co. Inc., Osaka (Japan)

    1995-06-01

    The vision of an advanced information system is proposed to cope with the future social demand and business environmental change in electric utilities. At the large turning point such as drastic reconsideration of Electricity Utilities Industry Law, further improvement of efficiency and cost reduction are requested as well as business innovation such as proposal of a new business policy. For that purpose utilization of information and its technology is indispensable, and use of multimedia and common information in organization are the future direction for improving information basis. Consequently, free information networks without any limitation due to person and media are necessary, and the following are important: high-speed, high-frequency band, digital, easily connectable and multimedia transmission lines, and cost reduction and high reliability of networks. Based on innovation of information networks and the clear principle on advanced information system, development of new applications by multimedia technologies, diffusion of communication terminals, and promotion of standardization are essential. 60 refs., 30 figs., 5 tabs.

  12. NEDO business outline for fiscal 1997. 18th project report meeting; 1997 nendo gyomu gaiyo. Dai 18 kai jigyo hokokukai

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-09-22

    The projects of NEDO (New Energy and Industrial Technology Development Organization) are stated as reported at the 18th project report meeting. Outlined are new energy-related projects involving technology development, resources exploitation, promotion of new energy introduction, promotion of international cooperation, gathering of information, and so on. Outlined in relation to the research and development of industrial technologies are projects on research and development, development of medical and welfare equipment, research and development of global environment-related industrial technology, development of international industrial technology, and improvement on platforms for researches. Concerning coal, subsidy-granted projects on domestic coal and projects on domestic coal mine improvement are outlined. Projects relating to compensation for environmental pollution resulting from coal mining and those relating to alcohol production are also outlined. NEDO's financial statement for fiscal 1997 is reported. Also reported are budgets for fiscal 1998 for projects relating to new energy, research and development of industrial technology, coal mining structure coordination, compensation for environmental pollution resulting from coal mining, and alcohol production. (NEDO)

  13. Gas industries in Europe and America and trends of deregulation; Obei no gas jigyo to kisei kanwa no doko

    Energy Technology Data Exchange (ETDEWEB)

    Santo, Y [Osaka Gas Co. Ltd., Osaka (Japan)

    1994-12-01

    This paper describes an outline of natural gas industries in Europe and America, introduction of competition to gas industry in the USA, introduction of competition to gas industry in the UK, and gas industries in the continental Europe. For the new gas distribution system in the USA, pipeline enterprises are permitted to do only transportation services. Sale of gas is based on the direct contract between producers and distributors. In the UK, the British Gas Corporation (BGC) was converted into the private British Gas plc (BG) in 1986. With introducing the competition conditions, the BG has drastically modified its organization, to divide it into the domestic gas division, overseas gas division and the division of development and production of gas. As a consequence of the introduction of competition conditions, the market share of BG has drastically decreased. Moreover, gas industries in Germany, France, Italy, Spain, Belgium, Austria and the Netherlands are briefly described. 4 figs.

  14. NEDO environmental technology subcommittee. 18th project report meeting; NEDO kankyo gijutsu bunkakai. Dai 18 kai jigyo hokokukai

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-09-01

    In relation with the 'recent trends of global warming problems and the outline of environmental technology development office activities,' Hiroshi Mitsukawa, a NEDO (New Energy and Industrial Technology Development Organization) director, delivers a report on Japan's policy toward the international commitments of the Kyoto session of the Conference of the Parties to the United Nations Framework Convention on Climate Change and NEDO's approach in this connection to new energy technology development. Furthermore, global environment-related industry technology research and development projects are explained, which involve environmentally friendly production technology, reduction in substances that cause environmental impacts, effective use of CO2 fixation, recycling of wastes, environment restoration technology, international relationship, and so forth. In relation with the 'promotion of global warming prevention projects by the environmental technology development office,' researches for the promotion of joint implementation, climate technology initiative, international joint projects for CO2 isolation in the ocean, and IEA (International Energy Agency) agreement on the research and development of technologies related to greenhouse gas, are explained. Concerning the development of eco-cement production technology utilizing urbane type general wastes, a verification research project on the manufacture of cement from incinerated urbane waste residue and sewage sludge is reported. (NEDO)

  15. NEDO industrial technology subcommittee. 18th project report meeting; NEDO sangyo gijutsu bunkakai. Dai 18 kai jigyo hokokukai

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-09-01

    In relation to NEDO's (New Energy and Industrial Technology Development Organization) research and development to put to practical use a ceramic substrate material which is sinterable at low temperature and capable of high heat radiation, a report is delivered on a low-temperature continuous baking process that realizes the mass production of aluminum nitride substrates high in heat conduction and reliability. The report says that the product has a relative density of 100% and exhibits heat conductivity of not less than 160W/mK, flexural strength of 440MPa, and fracture toughness of not less than 3.8MPa. Concerning the research and development of synergistic ceramics, studies are reported on the technologies of high-order structure control and structural element control. In relation with the technology of rendering enzyme protein thermally stable by means of molecular evolution, reports are delivered on enabling enzyme protein to withstand higher temperatures, genetic manipulation of highly thermophilic microbes, building of heat resistance with the progress of evolution, stabilization of enzymes, and the adaptation of thermophilic bacterial enzyme to normal temperature. Concerning the atom technology project, the result of the 1st phase is reported, and development in the future is predicted. Reported in relation to superconducting materials and devices is the development of a material capable of withstanding a high current density and strong magnetic field. (NEDO)

  16. Fiscal 2000 coal engineer training project. Report on senior course; 2000 nendo sekitan gijutsusha yosei jigyo jokyu course hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    The above-named course consisted of three weeks of lectures and three months of visits to coal mines and harbor facilities and tours to coal consumers such as power stations and steel manufacturing plants. The report has turned out to be an introductory manual on coal mining consisting of coal mining technologies such as coal resource exploration, coal mining, and coal preparation, and the state of Australian coal industry. The manual comprises (1) job training in Japan (attendance at lectures), (2) inspection and training in Japan (coal consumers), (3) intensified lectures at University of New South Wales (coal mining and preparation), (4) current state of Austrian coal industry, (5) inspection tours to Australian coal mines, (6) inspection tours to Australian harbor facilities, and (7) the state of Australian coal mine management. Fifteen intensified lectures were given, including the 'Overview of Australian coal industry' and 'Coal handling and transport.' Nine coal mines were visited in Queensland, and 21 in New South Wales. As for the state of Australian coal mine management, there is a trend toward contract mining but self-mining constitutes the mainstream. (NEDO)

  17. NEDO information dissemination subcommittee. 18th project report meeting; NEDO joho fukyu bunkakai. Dai 18 kai jigyo hokokukai

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-09-01

    Explained in detail in a report on NEDO (New Energy and Industrial Technology Development Organization) information center activities is the exchange of information, which is accomplished through IEA (International Energy Agency) Energy Technology Data Exchange (ETDE) implementing agreement; IEA Coal Research implementing agreement; Center for the Analysis and Dissemination of Demonstrated Energy Technologies (CADDET); and IEA Greenhouse Gas Technology Information Exchange (GREENTIE). Described in relation with information dissemination activities are the opening to the public of NEDO achievement reports, NEDO Energy Database System (NEDO-EDBS), management of the library and data room, information available at Internet web sites, and so forth. Other project reports presented at the meeting include a survey of new energy actualities, publication of dedicated information journals, and so forth. At the second session of the project report meeting, a lecture is delivered, entitled Network Age and Information Distribution Revolution. (NEDO)

  18. FY 2001 report on the coal engineer training project. Advanced course; 2001 nendo sekitan gijutsusha yose jigyo. Jokyu kosu hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-03-01

    The paper summed up the details of the training in the coal engineer training project (advanced course) carried out in FY 2001. The term of training was from June 1 to November 14, 2001. In the business training, lectures were given on coal geology, coal exploration technology, coal mining technology, draft survey, coal sampling and analysis method, maritime freight transport mainly of coal, coal utilization technology, environmental protection technology related to coal utilization, projects on overseas coal development, physical properties/chemical characteristics and usage of coal, and coal situation in China. In the inspection training, inspectional visits were paid to Taiheiyo Coal Mining Co., Noshiro Power Plant of the Tohoku Electric Power Co., Kumagaya Plant of Taiheiyo Cement Corp. and Keihin Steelworks of NKK Corp. In the training overseas, inspectional visits were paid to the following in Australia: coal mines of Moonee, Rix's Creek, West Wallsend, Bloomfield, Beltana, Bulga, South Bulga, Mt. Thorley, Warkworth, Liddell, Wambo, Mount Owen, Camberwell, etc. and harbors of Port Newcastle, Port Kembla Coal Terminal, etc. (NEDO)

  19. FY 1998 annual report on the project of basic survey for improving energy consumption efficiency in developing countries and programs of international conferences including IPCC. Report on CDM workshop; Hatten tojokoku energy shohi koritsuka kiso chosa nado jigyo / IPCC nado kokusai kaigi jigyo (CDM workshop hokokusho) 1998 nendo jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    It is decided in the COP4 that the concrete schemes for the (Kyoto Mechanism) should be boiled down towards the end of 2000. Of the many outstanding issues concerned, those related to the clean development mechanism (CDM) involve a number of problems awaiting solution. In particular, setting the baselines for amounts of the greenhouse effect gas emissions in projects not existing, which are essential for identifying reduced amounts of emissions (or credits), poses serious difficulty because of wide arbitrariness involved in the methodology. Therefore, (standardization) of the procedures is demanded for the accurate identification. In actuality, however, no methodology has been established as to what methods will be possibly applicable to widely diversified types of projects. This workshop, therefore, has focused the discussions on the (baseline problems), expecting to serve as a trigger for the future directions by presenting international researches and promoting the discussions thereon to deepen recognition of these problems, where the AIJ experiences have served as one of the bases. (NEDO)

  20. FY 2000 International energy use rationalization project. International technology dissemination project for improving energy consumption efficiency (Green helmet project for steel heating furnaces in Thailand); 2000 nendo kokusai energy shiyo gorika nado taisaku jigyo chosa hokokusho. Kokusai energy shohi koritsuka nado gijutsu fukyu jigyo (Green helmet jigyo (Tai: kozai kanetsuro))

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    The project for energy saving dissemination activities and technological assistance for Thailand is carried out, and the FY 2000 results are reported. For Siam Iron and Steel (SISCO), the experts are dispatched for reviewing the operating conditions of the facilities constructed by the model project, their maintenance and examination, time series diagnosis of the recuperator performance, and providing technical assistance for fuel consumption and high-load combustion of the downstream unit. Furthermore, the site survey and technical assistance are provided for two newly selected Thai steel enterprises, Sahaviriya Steel Industries Public Co. (SSI) and the Bangkok Iron and Steel Works Co. (BISW). For SSI, it is predicted that energy of approximately 50Mcal/ton can be saved by, e.g., enhancement of waste heat recovery, enhancement of heat insulation of skid pipes, introduction of steel discharging temperature prediction system, and combustion control. For BISW, it is predicted that energy of approximately 25Mcal/ton can be saved by, e.g., enhancement of waste heat recovery and reduction of heat loss in the waste gas. (NEDO)

  1. Fiscal 2000 survey report on rationalization project for international energy conservation, technological dissemination project for international energy conservation, and Green Helmet Project. Japan-China alternative energy seminar/waste disposal; 2000 nendo kokusai energy shiyo gorika nado taisaku jigyo, kokusai energy shohi koritsuka nado gijutsu fukyu jigyo, green helmet jigyo chosa hokokusho. Nicchu sekiyu daitai energy seminar haikibutsu shori

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    This paper explains the Japan-China alternative energy seminar (February 28 and March 1, 2001, at Beijing). The purpose of the seminar is to introduce systematic and three-dimensional or land/sea/air measures for waste disposal including recycling in Japan, to provide guidance of measures in improving recognition and methods for waste disposal in China, and also to contribute to the dissemination and promotion of a model project for effectively utilizing waste heat from rubbish incineration, a project being implemented in Harbin City now. The activities of NEDO were introduced, with emphasis placed on a model program, called Green Aid Project, for managing heat from waste incineration. On the subjects of sustainable development, urban environment, and energy, the policy of China's tenth five-year plan was demonstrated, and the treatment of wastes in China was also explained. The present state of waste processing in Japan was introduced, as was its maintenance of the facilities. Concerning Japan's waste processing technologies and characteristics of the equipment, there were presented non-incineration processing including crushing/separating, RDF, compost, methane fermentation, etc.; incineration plants; and each of the technologies such as combustion, exhaust gas, ash treatment, use of remaining heat, and gasification melting. (NEDO)

  2. FY 2000 report on the survey project on the environmentally friendly energy community, excluding mostly projects on electric power generation. Survey project on the environmentally friendly energy community in the Nagoya area; 2000 nendo kankyo chowagata energy community chosa jigyo 'shutoshite hatsuden jigyo ni kakawaru mono wo nozoku' chosa hokokusho. Nagoya chiiki ni okeru kankyo chowagata energy community chosa jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    The paper studied the working-out of the basic plan on the RPF (refuse paper and plastic fuel) production business in the area mainly including Nagoya city and of the business profitability. RPF is a solid fuel made by grinding, mixing and pressurizing paper and plastics in appropriate sizes. Its shape and calorific value can be adjusted according to the needs. In the Nagoya area, the demand for RPF is more than the supply, and therefore a much larger amount of RPF is in need. In Phase 1, business was studied for paper and plastics in the container packing paper waste and business-derived general waste. As a result, the RPF production amount was 21,000 t/y, which is equivalent to the effect of reduction of the same amount of coal. As to the profitability, it was made clear that the business can be profitable if collecting 41,400 yen/ton as the re-commercialization cost. In Phase 2, the design of the facilities was made for the larger-sized commercialization by adding industrial waste plastics to the waste in Phase 1. (NEDO)

  3. Project for rationalization measures for international energy conservation. Model project concerning efficient consumption of energy for international energy conservation (Model project of waste heat recovery on billet reheating furnace); 1999 nendo kokusai energy shiyo gorika nado taisaku jigyo seika hokokusho. Kokusai energy shohi koritsuka nado model jigyo (kozai kanetsuro hainetsu kaishu model jigyo)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    For the purpose of curtailing energy consumption in the steel industry, a heavy energy consuming industry in Thailand, a model project was carried out for waste heat recovery on a billet reheating furnace, with the fiscal 1999 results compiled. This model project is to install a high efficiency recuperator and the latest combustion control system in the existing furnace in a SISCO (The Siam Iron and Steel Co., Ltd.) plant in Thailand. This year, following the preceding year, the construction manual was prepared, as were the test run manual, performance verification manual, operation and maintenance manual, etc. Supervisors were also dispatched to the site, giving guidance of the installation work, test run and the demonstrative operation, on the basis of these documents. Operation for verifying performance of the equipment was implemented on November 17, 1999, with the intended results obtained. Subsequently, operation maintenance instructors were dispatched, with energy saving effect proved through the collection/analysis of operation data and monitoring, for example. Further, as the dissemination activities, pamphlets and videos were prepared, and seminars were held, among others. (NEDO)

  4. Fiscal 2000 international energy use rationalization measures project. International energy consumption efficiency improvement technology diffusion project - Green helmet project (Thailand: Report on heating furnace energy conservation seminar); 2000 nendo. Kokusai energy shiyo gorika to taisaku jigyo, Kokusai energy shohi koritsuka to gijutsu fukyu jigyo, Green helmet jigyo (Thai : kanetsuro shoenergy seminar hokokusho)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    The above-named seminar was held in Bangkok, Thailand, on January 30, 2001, and covered three kinds of industries of ceramics, glass, and aluminum. Approximately 200 people attended the meeting, consisting of NEDO (New Energy and Industrial Technology Development Organization)-affiliated people and 16 lecturers from Japan, and Thai participants. The seminar comprised a 'keynote address' and 'lectures on engineering' that aimed at the three industries as a whole, and 'lectures on engineering' and 'cases and activities for energy conservation' that aimed, respectively, at the three industries. Lectures were delivered on operating technologies which were already in practical use and on state-of-the-art technologies. The keynote address, entitled 'Global warming prevention and industrial furnaces,' covered the results of the 'High-performance industrial furnace field test project.' The lectures on engineering dealt with the 'instrumentation control system' and 'heat insulation technology' which were basic technologies for energy conservation and 'diagnosis technology and practice' which aimed at the enhancement of energy conservation after the start of operation. Questions and answers were earnestly exchanged. (NEDO)

  5. Fiscal 1999 geothermal energy development promotion survey. Report on environmental impact survey - 5 (Musadake area); 1999 nendo chinetsu kaihatsu sokushin chosa. Kankyo eikyo chosa hokokusho (No.B-5 Musadake chiiki)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-01-01

    For the purpose of clarifying the environmental impact to result from the digging of borehole N11-MD-3 in Shibetsu-gun, Hokkaido, a survey was conducted of changes in (1) hot spring water quality, (2) noise/vibration pollution, and (3) air pollution due to hydrogen sulfide, before and after the digging period. Under item (1), measurements were made at four hot springs, which involved weather, air temperature, water temperature, amount of welled-up water, pH, electric conductivity, etc. Although minor changes were observed during the measuring period, none was found related to the digging process. Under item (2), noise levels were measured during the drilling period along the site boundary, at a point 500m from N11-MD-3, the Kawakita hot spring, and the entrance of Sekiyunosawa. Along the site boundary, they were 55-60 dB during the drilling period, and there was an increase of 30dB attributable to the drilling. At the 500m point, there was a 15-20dB increase attributable to the same. Vibration levels during the drilling period were 40dB along the site boundary and less than the observable minimum at the other points. Under item (3), at four points along the site boundary (50m), hydrogen sulfide concentration in the air fluctuated by 0.01-0.21ppm when the steam discharge rate was 4.47-7.20t/h. (NEDO)

  6. Fiscal 1992 survey report. Promotion of coal importing base buildup (How ocean freight system should be in the future); 1992 nendo kaigaitan yunyu kiban seibi sokushin chosa. Kongo no gaiko yuso taisei no arikata ni tsuite

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1993-03-01

    When a general view is taken of coal chains that connect overseas coal suppliers to Japan's end users, it is found that no survey has ever been made to sufficiently explain marine transportation of coal. It is now expected that the gap between supply of and demand for shipping tonnage will widen thanks to a sharp increase supposed to emerge in the demand for overseas coal in the future and that a scarcity of tonnage will impede stable space securing for coal and economically viable coal transportation. Such being the case, this project aims to investigate the ocean freight systems to serve between overseas coal shipping ports and Japan's coal receiving bases and the current states and problems of cargo facilities in Japan, to study how to build up a shipping space securing system which will properly deal with an increase in the import of steam coal from abroad, and to contribute to the formation of measures for enabling smooth transportation of coal from overseas. The survey conducted for this purpose covers the present conditions of Japan's ocean freight systems and of its coal receiving bases, present conditions of transportation by oceangoing ships in the Pacific basin, compilation of a list of oceangoing ships, prediction of ocean freight transportation and supply of transportation service, prediction of ocean freight cost in the future, and putting in an easy-to-review order the tasks to be accomplished for the enhancement of coal transportation by oceangoing ships. (NEDO)

  7. FY 1998 annual report on the survey on development, introduction and promotion of urban type multipurpose geothermal utilization techniques; 1998 nendo toshigata tamokuteki chinetsu riyo gijutsu no kaihatsu, donyu, sokushin ni kansuru chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    Introduction of geothermal heat pump systems, which depend on temperature differential, is investigated for urban areas, which have large energy demands. Results of the surveys on the current situations of geothermal heat pump (GHP) systems indicate that they have already numbered 300,000 units in USA and totaled more than 50,000 units in Switzerland and Northern European countries, and that they are increasing at an annual rate of higher than 10%. The results also indicate that introduction of these systems are well feasible in Japan, which generally has better topographical conditions than American and European countries, and the GHP system with vertical ground heat exchanger is investigated for its topographical and environmental considerations. These systems could annually abate approximately 52 million tons of CO2 (4.3% decrease), if disseminated to all households. They are also expected to help control the heat island phenomenon, and reduce peak power consumption. The technological problems to be solved before these systems are massively disseminated including development of small scale drilling rigs and preparation of drilling manuals. System standardization and introduction of subsidy systems are also needed to massively disseminate these systems. (NEDO)

  8. Report on fiscal 2000 geothermal development promotion survey. No. C-5 Appi district environmental impact survey (1st phase); 2000 nendo chinetsu kaihatsu sokushin chosa hokokusho - No.C-5. 1. Appi chiiki kankyo eikyo chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-08-01

    For the survey of weather in the Appi district, Iwate Prefecture, observation data covering the last decade were collected at weather stations and the like, and characteristics of weather, climate, and natural earthquakes were learned. In the survey of fluctuation in the spa water level, studies were made about fluctuation in water temperature, spring water, and river water, and basic data were collected for the examination of the impact to be generated by geothermal exploration well boring and short-term discharge tests. In the survey of animal and vegetables, the habitation and distribution of animals and vegetables at sites planned for geothermal well boring were investigated, and data were collected for the evaluation of the impact to be imposed on them by well boring or the like. In the survey dealing with nature conservation and landscape, laws and regulations governing nature conservation were collected and put in an easy-to-use order, and seasonal changes in the natural landscape were photographed and recorded. In the survey of noise/vibration and ground fluctuation, the background values were measured prior to the implementation of geothermal well boring, discharge tests, and so forth. (NEDO)

  9. Study of promotion of CO2 fixation by the environmental improvement in the coral reef area; Kansho chitai ni okeru kankyo kaizen ni yoru CO2 kotei sokushin no kenkyu

    Energy Technology Data Exchange (ETDEWEB)

    Maruoka, T.; Ishitani, H.; Matsuhashi, R.; Yamada, K.; Komiyama, H.; Kraines, S. [The University of Tokyo, Tokyo (Japan). Faculty of Engineering

    1997-01-30

    A study was conducted on how to fix CO2 in the ocean using coral reefs. Coral reefs have extremely high primary productivity ( production quantity of organic matters by photosynthesis) and are expected to be resources to fix CO2 when the quantity of photosynthesis exceeds the quantity of CO2 emitted in association with formation of calcium carbonate skeleton. If organic substances produced in coral reefs are well carried into the open sea, those are settled down on deep beds, which enables the storage into the ocean. At the coral reef floating in the ocean, it is not very deep inside and the seawater stays there, but it has a steep depth outside. By the numerical calculation, an examination was made on how the waterflow changes when making the flow path of seawater between the inland sea and open sea. From the actual calculation of an atoll, it was found that seawater comes in and out from the open sea to the inland sea near the opening of the atoll in accordance with the high tide and ebb tide, but the water stays at the deep bottom of the atoll. When installing a channel with a 10m depth at the portion where the water flows softly, the seawater was actively exchanged. 6 refs., 4 figs.

  10. Fiscal 1999 geothermal development promotion survey. Development potentiality survey - Strategic survey/nation-wide survey (Report on districts in Fukushima Prefecture); 1999 nendo chinetsu kaihatsu sokushin chosa. Kaihatsu kanosei chosa - senryakuteki chosa zenkoku chosa (Fukushimaken chiiki hokokusho)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-08-01

    For the effective implementation of the survey, data in existence were reanalyzed for the Bandai-Azuma district and Minami-Aizu/Nasu district, and a wide area geothermal model was built. Using the model, exploitable resources were assessed and a prioritized survey introduction program was worked out for the promotion of geothermal development. In compliance with the strategic survey implementation manual, the Bandai-Azuma district was assessed, and the northeastern-eastern foot area of Azuma Volcano and the northern foot area of Adatara Volcano were extracted as areas promising geothermal energy development. The Monte Carlo method was applied to the prioritized survey area at the northeastern foot of Azuma Volcano, and then it was estimated that, with a probability of not less than 90%, the exploitable resources would be 6.4MWe in the case of data accuracy of 0.5 or more and 12.0MWe in the case of data accuracy of 0.4 or more. Selected as promising areas in the Minami-Aizu/Nasu district were the Yanaizu-Nishiyama area, the neighborhood of Nasudake-Chausudake, and the neighborhood of Shiobara-Fuji. (NEDO)

  11. Fiscal 1999 survey report. Survey of environmental effect pertaining to survey for geothermal development and promotion (Hakusuigoe area); 1999 nendo chinetsu kaihatsu sokushin chosa no uchi kankyo eikyo chosa (Hakusuigoe chiiki) hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    This survey of environmental effect was intended to grasp actual state concerning some environmental factors that should agree with survey/development and also to assess its effect on the surrounding environment, particularly as a part of the 'stage C' in the 'survey for geothermal development and promotion', which was implemented by the Government for the purpose of guiding geothermal development by enterprises. This report compiles the plan details of the environmental effect survey to be conducted in the Hakusuigoe district, and presents proposals. The survey area is in the north of Makizono-cho, Aira-gun, in Kagoshima prefecture and situated about 3 km west of Onaminoike in Karakunidake, one of the peaks in the Kirishima mountain range. The Ogiri geothermal power plant is in the west of the site, a tourist spot Ebino Heights about 4 km northeast, and the Kirishima hot-spring about 4 km southeast. The location is in the national park, with a part designated as No. 2 and 3 class special areas. The environmental effect survey was divided broadly into such categories as fauna/flora, hot-spring water alteration and inland water, landscape, noise/vibration/subsoil, and air/water, and was further subdivided in accordance with the actual operations. (NEDO)

  12. General evaluation survey report on fiscal 1998 investigation of geothermal development and promotion. No.C-3 Akinomiya area (Third); 1998 nendo chinetsu kaihatsu sokushin chosa sogo hyoka chosa hokokusho. No.C-3. Akinomiya chiiki (dai 3 ji)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-01-01

    With Akinomiya area (11.4 km{sup 2}) selected in Akita prefecture as the survey C area in fiscal 1996, the first survey was conducted. This paper is a summary of memorandum from an advisory standpoint on the evaluation survey concerning the fiscal 1998 investigation results. The contents of the survey are geological investigation, precision gravity exploration, soil gas investigation, electromagnetic exploration, fluid chemical investigation, well drilling and short-term eruption test. An alteration zone was recognized around the place where clay minerals used to be mined, with the center of the zone situated 500-600 m east of a fault. The alteration condition of Akinomiya area seems to be different from that of Doroyu Wasabisawa area. The supplementary gravity survey was carried out at total 58 points in fiscal 1998. It is desirable to set supplementary measuring points over a wide surrounding area for a depth structure analysis. Also performed was a study of mercury concentration in the soil gas. While CSAMT and TDEM methods were employed for the electromagnetic exploration, a suitable method should be carefully selected for a wide area high-density exploration. Consistency with adjacent areas is essential in preparing investigation items particularly for a geothermal model. (NEDO)

  13. FY 1998 report on the comprehensive analysis in the geothermal development promotion survey. Tertiary. No.C-3 Akinomiya area; 1998 nendo chinetsu kaihatsu sokushin chosa sogo kaiseki hokokusho. No.C-3 Akinomiya chiiki (Dai 3 ji)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-01-01

    The geothermal development promotion survey was conducted in the Akinomiya area, Ogachi county, Akita prefecture, and the FY 1998 results were summed up. In the surface survey, geology/electromagnetism/precision gravity survey was made as supplementary survey, and re-analysis of 3D models was made. In the well survey, three wells of N10-AY-6 to N10-AY-8 were drilled to conduct the core examination, temperature/pressure logging, sampler logging, short-term jetting test, etc. Also conducted were the reservoir evaluation, environmental effect survey, etc. by pressure monitoring and water level observation. The results of the comprehensive analysis predict the following. In the Akinomiya area, there exists heat source in deep parts around Mt. Yamabushi-dake and Mt. Takamatsu-dake; Being given heat from this heat source, rocks, ground water and volcanic gas react on each other to form geothermal fluids. It is presumed that high temperature geothermal reservoirs exist in the east of the area. Moreover, the pressure distribution indicates that the Akinomiya reservoir and Wasabizawa reservoir can be a chain hydraulically. On the other hand, the west of the area is the low temperature and heat conductive area, and therefore, there seem to be no high temperature fluids there. (NEDO)

  14. FY 2000 report on the results of the data processing in the geothermal development promotion survey. Tertiary. No.B-7 Kuwanosawa area; 2000 nendo chinetsu kaihatsu sokushin chosa data shori hokokusho. No. B-7 Kuwanosawa chiiki (Dai 3 ji)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-01-01

    The comprehensive analysis was conducted of various data obtained in the geothermal development promotion survey conducted in the Kuwanosawa area, Yuzawa city, Akita prefecture, from FY 1998 to FY 2000. The geology of the Kuwanosawa area consists of the Pretertiary system and Quarternary system, through which intrusive rocks are recognized. Basement rocks are composed of the Paleozoic-origin crystalline schist and the Cretaceous-period granites which intruded into the schist. In the Kuwanosawa area, there were recognized no clear geothermal signs such as the discharge of geothermal fluids like hot spring, fumarolic gas, etc., places of high temperature and new geothermal alteration zones. The geothermal water of borehole N11-KN-1 is a low temperature/low CL concentration geothermal water which was stored in basement rocks, which is supposed to be the one conductively heated in the process of the meteoric water penetrating deep-underground. The geothermal system heat source in the Kuwanosawa area and the periphery is regarded as the relic magma which spewed out the volcanic rocks of Mt. Takamatsu-dake in the Quaternary period. However, the geothermal fluid included no components originating in high temperature volcanic emissions, and therefore, it is considered that the geothermal fluid was formed by the meteoric water conductively heated by volcanic heat source. (NEDO)

  15. Investigation of geothermal development and promotion for fiscal 1997. Investigation report on geological/alteration zone (No. B-5 Musadake area); 1997 nendo chinetsu kaihatsu sokushin chosa. Chishitsu henshitsutai chosa hokokusho (No.B-5 Musadake chiiki)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-03-01

    This investigation was intended to clarify the possibility of existence of geothermal reservoir layer by elucidating the underground structure and thermal source forming the geothermal system around Musadake, in the area extending over Nakashibetu-cho and Shibetu-cho, Shibetu district, Hokkaido, and further by grasping the distribution and properties of the geothermal alteration zone. The geothermal system of the subject area seems to be governed by Musadake - Mt. Shitabanupuri fault, its incidental bent zone, and the graben extending to the southeast side. The thermal source is presumably a magma reservoir that evolved Musa volcano. The depth hot water is presumed to exist in the underground depth around Mt. Imora; and it seems that the thermal conduction and volcanic ejecta are caused by a chain of volcano-related magma reservoirs around Musadake, the thermal source presumably. The depth hot water is estimated to be not less than 250 degrees C and a high Cl concentration. Within the graben, mudstones are distributed such as Kawakita layer and Yokoushigawa geological layer. Moreover, it is possible that an impermeable layer due to alteration is spread. (NEDO)

  16. FY 1999 report on the geothermal development promotion survey data processing. No. B-7 Kuwanosawa area (secondary); 1999 nendo chinetsu kaihatsu sokushin chosa data shori hokokusho. No.B-7 Kuwanosawa chiiki (dai niji)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-10-01

    As a part of the FY 1999 geothermal development promotion survey - Kuwanosawa area, the following were conducted and the results were arranged: ground surface survey (electromagnetic survey, analysis of numerical map), N11-KN-1 structure test boring survey, geothermal water survey, environmental effect survey, supplementary survey related to data processing, and comprehensive analysis. As to the reservoir structure, it seems that the area is low in water permeability from the results that there was seen little lost circulation at the time of drilling N11-KN-1 and that transmission coefficients in the water poring test indicated smaller values than those of the production well. In the underground temperature distribution, the temperature at a depth of 1,800m was 164.5 degrees C, which is lower than that in the neighboring Wasabizawa area. The geothermal water of N11-KN-1 does not have many dissolved constituents, showing alkalescence, which belongs to the Na-HCO{sub 3} type. As to the geothermal water of N11-KN-1, it seems that the meteoric water went down along faults and fractures, was stored in basement rocks and heated by heat conduction to form the geothermal water. In the Kuwanosawa area, there are seen very few geothermal signs on the ground surface, and a possibility seems to be small that high temperature and dominated geothermal fluids are active on a large scale. (NEDO)

  17. Fiscal 1999 geothermal development promotion survey. Structural boring survey work and analysis report (No.B-6 - Tsujinodake area); 1999 nendo chinetsu kaihatsu sokushin chosa. Kozo shisui chosa koji oyobi kaiseki hokokusho (No.B-6 Tsujinodake chiiki)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-12-01

    Cuttings from bores N11-TD-2 and N11-TD-3 drilled for the purpose of confirming the existence of geothermal resources in the Tsujinodake area were examined and tested, and the results of temperature logging, electrical logging, and water injection tests carried out during the structural boring work were analyzed. Activities were conducted in the four fields of (1) test boring work, (2) survey and measurement, (3) core cutting examination, and (4) comprehensive analysis. In bore N11-TD-2 positioned in the northern part of Tsujinodake, a sharp temperature rise was detected in the clay converted alteration zone between 200m above sea level and 200m below sea level. A high temperature of 215 degrees C was recorded at 200m below sea level, and it was found that high temperature geothermal water was in reserve at the bottom of the clay converted alteration zone between 100m above sea level and 200m below sea level. In bore N11-TD-3 in the southern wall of the Ata caldera, a convection type low temperature profile was observed at a shallow level and low temperature convection of underground water was detected there. (NEDO)

  18. FY 1998 geothermal development promotion survey. Report on the environmental effect survey (animals/plants, No. B-7 Kuwanosawa area); 1998 nendo chinetsu kaihatsu sokushin chosa. Kankyo eikyo chosa hokokusho (doshokubutsu, No.B-7 Kuwanosawa chiiki)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    This survey was conducted to estimate effects of drilling of geothermal exploration well on the environment, aiming at grasping the present state of environmental elements before the survey/development. As a result of the literature survey, the following distribution were confirmed in the fauna: 5 orders 10 families 19 species in the mammalia, 10 orders 25 families 73 species in the aves, 1 order 3 families 6 species in the reptilia, 2 orders 6 families 9 species in the amphibia, and 17 orders 179 families 719 species in the insecta. In the flora, a distribution of 132 families 670 species was confirmed. The results of studying the above indicated that in the fauna, there were 10 species such as antelope as valuable animal in the area surveyed and that it is necessary to pay much attention to the environmental preservation of the habitat for those animals in the well drilling associated with geothermal survey. In the flora, the 13 valuable animals selected as animal having a fear of extinction in the 'plant-version red list' were confirmed in the area surveyed and the periphery. Further, as to the plant colony, there are no important colonies in terms of preservation. In well drilling, important things are efforts exerted to restore to the original state of the area altered, prevention of the washed-away of mud water, etc., and efforts exerted to preserve the environment of vegetation. (NEDO)

  19. FY 1999 geothermal development promotion study. Report on results of the elastic wave exploitation (reflection method) in No.B-5, Busadake area; 1998 nendo chinetsu kaihatsu sokushin chosa. Danseiha tansa (hanshaho) hokokusho No.B-5 Busadake chiiki

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    Described herein are results of the elastic wave exploitation (reflection method) conducted in the Busadake area in Hokkaido to elucidate the geological and geothermal structures. The elastic wave exploitation used large-size vibrators, an explosive and 4 courses of traverse (total length: 25.675 km, number of vibration-receiving points: 1,031, and number of vibration source points: 342). The data were processed by the standard procedure of the common reflection synthesis method. The acoustic velocity logging data, collected at the structural drillings N10-MD-1 and N10-MD-2, were synthesized to have the reflection seismic records. The existing surface geology, drilling geology and gravity data were compared with the recorded deep sections for the comprehensive discussion, to extract the reflection horizon corresponding to the geological boundary, and investigate the relationships of the discrete lines of deposit structures, unconformity relations and reflection with geological and default structures determined by the data analysis. The study results of the geothermal structures suggest possible formation of the geothermal reservoir deep in the west of the default found by Line-1, based on the observed temperature structures at the drilling N7-SB-1. (NEDO)

  20. FY 1999 report on the results of the research cooperative project on the research cooperation in promotion of reforming the structure of the Asian economy; 1999 nendo Asia keizai kozo kaikaku sokushin kenkyu kyoryoku

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-05-01

    This project aims at making the best possible of vitality of private companies in Asia, producing the technical results which directly connect to commercialization in a short term, and leading them to reinforcement of developmental ability of their own technologies in the country. In the first fiscal year, eight projects were carried out in five ASEAN countries, and the developmental results with high potential of commercialization were obtained. The names of project are as follows: 1) development of Thai material type seasoning (Thailand), 2) development of electronic ceramics sintering technology by the domestic production (Thailand), 3) study of small-/medium-scale activated coal production technology for depopulated areas in Indonesia (Indonesia), 4) development of a fiber material procurement supply chain management system connecting among Asian countries by Web, 5) development of large plastic formed products adopting gas injection blow molding method (The Philippines), 6) joint R and D on the increase in power transmission capacity using the existing overhead transmission line in Malaysia, 7) development of local site application type asbesto substituting construction materials (Vietnam), 8) low temperature storing technology for Japanese species rice produced in Vietnam (Vietnam). All the projects were proposed by Japanese companies. (NEDO)

  1. Fiscal 1994 survey of the base arrangement promotion for foreign coal import. Investigation on the trend of coal demand in Central and South American countries; 1994 nendo kaigaitan kiban seibi sokushin chosa. Chunanbei shokoku ni okeru sekitan jukyu doko chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1995-03-01

    Focusing on the present status and future of coal demand in Central/South American countries and the coal trade between Central/South American countries and the U.S., the paper described the present status and future of coal demand there and the effects on Japan. Export of Colombian coal will amount to approximately 30-35 million tons in 2000. Venezuelan coal 10-20 million tons. The U.S. imported good-quality general coal low in sulfur content, 3.08 tons from Columbia and 1.39 tons from Venezuela. Coal export from the U.S. to Central/South America was mostly of raw material coal, 5 million tons in 1993 and 5.39 million tons in 1994. General coal was 180,000 tons. The U.S. has no plans of increasing US coal export to Central/South America. But it is safely predicted that Columbia and Venezuela will increase coal export to Europe in the future. It will bring about decrease in export of US coal to Europe, which connects with increasing pressure for the coal trade amount of Japan. 21 figs., 47 tabs.

  2. Geothermal development promotion survey. No.B-4 'Kuenohira-yama area'; 1997 nendo chinetsu kaihatsu sokushin chosa data shori hokokusho. No.B-4 Kuenohira-yama chiiki

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-01-01

    The above-named survey had been scheduled to be conducted in fiscal years 1996-1998 for an approximately 10km{sup 2}-large area of Kokonoe-cho, Kusu-gun, Oita Prefecture. In fiscal 1996, surface surveys were conducted, such as geological and alteration zone surveys, gravity prospecting, and electromagnetic survey. In fiscal 1997, an exploration well (N9-KH-1: depth 2,222.0m) was drilled. Since the maximum temperature in the well was found to be so low as 78.5 degrees C, the survey was given up in the second year. The survey conducted at N9-KH-1 showed that deep-seated and shallow-seated ruptures developed there in the absence of aquicludes, and so it was inferred that it was a recharge area, as predicted by the temperature logging profile, with surface water flowing into the depth. The above showed that there was no deep-seated blind geothermal system which the survey was after. Since it was not likely that the shallow-seated geothermal system located in the southern part of the Mizuwake pass would be found expanding into the area of the current survey, it was decided that the survey not be carried forward to the following fiscal year. (NEDO)

  3. Fiscal 1999 geothermal development promotion survey report. Structural boring survey work and analysis (No. B-5 - Musadake region); 1999 nendo chinetsu kaihatsu sokushin chosa. Kozo shisui chosa koji oyobi kaiseki hokokusho - No. B-5 Musadake chiiki

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-12-01

    For geothermal development in the Musadake region, Shibetsu-gun, Hokkaido, structural boring was carried out and boreholes were inspected. In the structural boring survey, borehole N11-MD-3 was drilled as deep as 2,001.18 m, and borehole N11-MD-4 2001.44 m. Performed or tested for each of the two boreholes were temperature logging, electrical logging, temperature recovery, reinjection, core cutting examination, and so forth. The result of the temperature logging shows that temperature rise is slower at levels deeper than 1280 m in borehole N11-MD-3, with the maximum temperature marking 274 degrees C, and, in borehole N11-MD-4, the maximum temperature is 198 degrees C. No reinjection test is carried out because the ground pressure is too high to allow the replacement of the borehole content with fresh water. Analysis results lead to a conclusion that the hot fluid in this region originates in fossil seawater and in meteoric water, the latter arriving after a long-term permeation process, heated by thermal conduction to 270 degrees C or higher. It is inferred that the geothermal fluid flows in a fissure in the vicinity of the Musadake/Mt. Shitabanupuri fault and a fault orthogonally crossing the said fault for the formation of a high-temperature geothermal storage. (NEDO)

  4. Fiscal 1995 survey of promotion of the geothermal development. Report on a usage feasibility test of a small scale geothermal binary cycle power generation system; 1995 nendo chinetsu kaihatsu sokushin chosa. Chusho chinetsu binary hatsuden system jissho shiken hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1997-03-01

    In this survey, studies for popularization and practical utilization of small and medium size geothermal binary cycle power systems which assesses low and medium temperature geothermal resources were conducted, and studies for development of the system to be introduced for practical use and for promotion of the popularization were made. A study was carried out of preconditions and various conditions of a demonstrative test plant (100kW class, 500kW class) in view of the initial cost of the actual plant, and an analysis was made of the power generation cost. Acceptability of the demonstrative test plant (100kW class) was examined to analyze problems on the introduction. A thermodynamic analysis was made of the output of geothermal binary cycle power generation. Analysis/evaluation of the results of the 100kW demonstrative test plant were carried out in view of the operation results of the plant of the same kind, and checks/reviews were conducted of performance and reliability of the system, equipment simplification, etc. Inspection of the system was made in the stage of design/manufacture of the 500kW demonstrative test plant. Concerning the spread/expansion of the system, studied were multiple stage geothermal utilization and PR promotion method. 14 refs., 62 figs., 55 tabs.

  5. Overall analysis report on the fiscal 1994 geothermal development promotion survey. No.C-2. Wasabizawa area (secondary); 1994 nendo chinetsu kaihatsu sokushin chosa sogo kaiseki hokokusho. No.C-2. Wasabizawa chiiki (dainiji)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1996-01-01

    The Wasabizawa area is located near the boundary between Yuzawa city south of Akita pref. and Ogachi-machi, Ogachi-gun, Akita pref, having a range of 3.0km northeast-southwest and 2.5km northwest-southeast of Wasabizawa almost as a center. The area for survey and its circumference are national forests, and the east and a part of the south of the area are designated as the Kurikoma quasi-national park third type special region. From the geochemical temperature distribution, it can be assumed that geothermal fluids of around 300{degree}C exist in the deep underground of the Kaminotai-Wasabizawa-Akinomiya area. From the distribution of density basements, the block structure of the basement can be estimated. Around the boundary of the ridge/sedimentation region of this density basement, fractures develop and the formation of reservoir structure is expected from the comparison with the result of the well survey. In the blowout test, obtained were 284.3{degree}C and 83.05 kgf/cm{sup 2} at a depth of 1,300m. In the geothermal system, it is assumed that reservoir structures of geothermal fluids develop in the deep underground of the central part of the area. The heat source to the geothermal system is supposed to be the magma reservoir remaining in Takamatsudake volcanic rocks. 110 refs., 177 figs., 105 tabs.

  6. FY 1994 report on the survey and research of introduction, promotion of proliferation and guidance on new energy introduction. Pt. 2; 1994 nendo shin energy donyu fukyu sokushin shido ni kansuru chosa kenkyu. 2

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1995-03-01

    Survey, collection and analysis were performed on different items of information required for new energy technologies. Studies were carried out to structure a system to support smooth execution of technical guidance and consultation. Among the project areas for field tests on photovoltaic power generation systems for public facilities, measurements were executed on hourly power demand in facilities in snowy and cold districts with little data available. In putting different items of information into a database, data were collected and put into order for the following items: statistics on average value for ten years of insolation time in 842 locations nationwide, calculation of insolation on slanted surface at the insolation measuring points (slanting angles and insolation on the slanted surface at which energy amount available for power generation is maximized in a year, as obtained by estimating the insolation on horizontal surface from the insolation duration), and expansion and addition of the introduction examples. Specifications for solar cell modules and inverters were classified and put into order, and so were on types, specifications, and product descriptions for photovoltaic power generation systems for individuals' houses. The aid system structured in the previous year was discussed for improvement, and new information was put into a database to improve the aid system. (NEDO)

  7. FY 1998 annual report on the survey on promotion of overseas coal importation bases. Prospects of future export prices of steam coal; 1998 nendo kaigaitan yunyu kiban seibi sokushin chosa. Ippantan yushutsu kakaku no kongo no tenbo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    This survey was conducted to analyze the future trends of export prices of steam coal and thereby to contribute to security of stable supply of coal by collecting overseas information from relevant organizations, e.g., history of coal futures transactions in USA, and backgrounds, trends and evaluation thereof; and correspondence of the Australia's government and coal industry to depressed coal prices, actual situations of the country's mining industry and coal production, and their opinions on coal transaction contracts. Australia is the most important and hence influential coal supplier for Japan, and the country's coal industry is now in shaky conditions of reorganization. Chapter 1 describes shift from benchmark transactions to individual negotiations to determine steam coal prices since FY 1998, Chapter 2 takes up trends of coal futures transactions the US markets are adopting, Chapter 3 analyzes trends of steam coal prices in Australia, and Chapter 4 prospects future trends of steam coal markets and prices in Australia. The future coal prices will fluctuate periodically, but will be generally subjected to downward pressure in the medium term. (NEDO)

  8. Investigations in fiscal 1986 on promotion of geothermal development. Part 2. Report on precision structural test well drilling and investigation works in Otaki area; 1986 nendo chinetsu kaihatsu sokushin chosa hokokusho. 2. Otaki chiiki seimitsu kozo shisui oyobi chosa koji

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1987-09-01

    With an objective of promotion of geothermal development in the Otaki area in Nagano Prefecture, precision structural test well drilling and investigation works have been carried out, and the result thereof reported. The investigated area is an inclined land with an area of 70 km{sup 2} at altitudes of 1,000 to 2,000 m in the southern foot of the Mitake volcano having Otaki River as the southern border. The investigation has performed during the period from March 2 to September 30, 1987 the drilling of the N61-OT-5 test well hole (depth of 502.0 m), temperature logging, temperature restoration test, water injection test, and core test. The result of the investigation may be summarized as follows: existence of the stratigraphic succession as predicted by ground surface investigation, and existence of the Mesozoic and Palaeozoic strata of the Mino belt were verified; the Mesozoic and Palaeozoic strata of the Mino belt being the base bed have only small cracks, and very little alteration can be identified; X-ray diffraction of powder from test drilled cores recognized very little minerals altered by hot water; and the temperature logging and temperature restoration test identified no temperature indication that clearly indicates existence of heat sources. As a conclusion, there is no alteration due to hot water down to 500 m below the surface in the vicinity of the investigation well, and the possibility of a geothermal reservoir to exist is extremely low. (NEDO)

  9. FY 2000 report on the investigation of environmental effects in the geothermal development promotion survey. Tertiary. No.B-7 Kuwanosawa area; 2000 nendo chinetsu kaihatsu sokushin chosa. Kankyo eikyo chosa hokokusho - No. B-7 Kuwanosawa chiiki (Dai 3 ji)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-01-01

    In the Kuwanosawa area, Yuzawa city, Akita prefecture, survey was conducted to grasp effects of drilling for structural boring in the geothermal survey on the peripheral environment. In the survey of animals, there were 5 orders/10 families/19 species of mammals and 10 orders/25 families/73 species of birds. Three kinds of precious animals were confirmed. There were 132 families/6,670 species in the flora. Three kinds of precious plants and three kinds of precious floras were confirmed. During the survey, drilling for structural boring was conducted. At three spas for survey, there were recognized some survey items of which there were great fluctuations. However, those are seasonal valuations or valuations related to the situation of the inside of hot springs. It is not recognized that the fluctuations were caused by the drilling work and pumping-up of geothermal water. The noise made during the well drilling was reduced around the well as theoretical values indicated. At a spot 200m away from the well, the noise was reduced from the environmental standard, and accordingly, it seems that there are few effects on the peripheral environment. The vibration was reduced around the well more than theoretical values indicated. That was below the control level at a spot 25m away from the well, and it seems that there are few effects on the peripheral environment. (NEDO)

  10. FY 1998 geothermal development promotion survey. Report on the environmental effect survey (No. A-4 Kunbetsu-dake area); 1998 nendo chinetsu kaihatsu sokushin chosa. Kankyo eikyo chosa hokokusho (No.A-4 Kunbetsudake chiiki)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-09-30

    Of the FY 1998 geothermal development promotion survey, the primary environmental effect survey in the Kunbetsu-dake area was conducted, and the results were arranged. In the well drilling survey, etc., the survey was made aiming at extracting areas to be preserved from an environmental aspect. The results of the survey were summarized as follows: As to the mammalia, 12 families 46 species were confirmed in the area surveyed and the periphery by literature survey. Out of them, the noticeable species which are considered important from an academic viewpoint are 10 families 19 species. As to the aves, 55 families 340 species were confirmed, of which 29 families 79 species are noticeable species. About the amphibia/reptilia, 3 families 3 species in the amphibia and 4 families 6 species in the reptilia were confirmed by literature and hearing survey. The noticeable species is 1 family 1 species in the amphilia. Concerning the terrestrial insecta, 135 families 873 species were confirmed, and the noticeable species is 11 families 20 species. As to the flora, 115 families 1055 species were confirmed, and the noticeable species is 46 families 126 species. Relating to the living vegetation, the one higher than 9 in nature reserves shows a substantial rate, and the periphery of Kaibetsu-dake is designated as the specified flora colony. (NEDO)

  11. FY 1992 report on the survey of geothermal development promotion. Electromagnetic exploration (TDEM method) (No. A-1 - Haneyama area); 1992 nendo chinetsu kaihatsu sokushin chosa chijo chosa hokokusho futai shiryo. Denji tansa (TDEM ho) hokokusho (No. A-1 Haneyama chiiki)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1994-03-01

    For the purpose of elucidating a possibility of existence of geothermal reservoirs in the Haneyama area, Oita Prefecture, Electromagnetic survey by the TDEM method was conducted. The survey was made for the area of 80km{sup 2} at 105 measuring points in the south of the Haneyama area, and the resistivity structure reaching the depth of 4,000m from the earth surface was made clear. The resistivity structure in this area is composed of 4 layers: upper medium resistivity layer, central medium resistivity layer, central low resistivity layer and lower high resistivity layer. The resistivity structure discontinuous line ranges between the uplift zone of basement and the sedimentation zone, and the greater part of the alteration zone is distributed and arranged concomitant with the position and direction of the line. As the region with high potential of geothermal existence, cited were the low resistivity zone distributed in the west of the resistivity structure discontinuous line that continues from Mt. Fukuman to the south, the low resistivity zone distributed in the north of the resistivity structure discontinuous line from Noya to the west, and the low resistivity zone distributed in the north of Hosenji and lying between resistivity structure discontinuous lines. (NEDO)

  12. Survey on acceleration of geothermal development in fiscal 1998. Report on survey for influence on environment (No. B-7, Kuwanosawa district); 1998 nendo chinetsu kaihatsu sokushin chosa.Kankyo eikyo chosa hokokusho (No. B-7 Kuwanosawa chiiki)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-09-01

    A survey was performed on the current situation in the Kuwanosawa district in Akita Prefecture to identify influence on the surrounding environment due to drilling of geothermal structure testing wells. The survey on animals covered mammals of five divisions, 10 families and 19 species, Aves of ten divisions, 25 families and 73 species, reptiles of one division, 3 families and 6 species, Amphibia of two divisions, 6 families, 9 species, and Insects of 17 divisions, 179 families and 719 species. Precious animals of a several species including black salamander were identified. In the plant survey, 132 families and 670 species were identified, with several species listed as the precious plants. In the survey of hot springs, those at three locations were all high-temperature hot springs at as high as 53.8 to 96.9 degrees C. Amount of discharge, pH and electrical conductivity differ largely by the hot springs. The hot spring in Takamatsu did not show large variation throughout the survey period. The Ogura Inn at Doroyu Spa has small variation in pH and hot spring temperature, but large variation in the amount of discharge and Al{sup 3+} concentration. Correlation was recognized between hot spring temperature and amount of discharge, between hot spring temperature and anion, between amount of discharge and electric conductivity, and between amount of discharge and anion. (NEDO)

  13. FY 1999 report on the geothermal development promotion survey - Akinomiya area survey. Temperature/pressure logging before the long-term jetting test; 1999 nendo chinetsu kaihatsu sokushin chosa Akinomiya chiiki chosa hokokusho. Choki funshutsu shikenmae no ondo atsuryoku kenso

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-06-01

    As a part of the FY 1999 geothermal development promotion survey - Akinomiya area survey, the rising speed/vertical permeability of the fluid associated with the natural flow were calculated by grasping the temperature of geologic layers/reservoir pressure in the survey area and the temperature distribution for vertical depth. In the survey of boreholes in the Akinomiya area: N9-AY-3, N10-AY-6, N10-AY-7, N10-AY-8, temperature/pressure logging was conducted in the stationary state at the time when a lot of time passed after drilling, water-filling test and jetting test having been finished. In the temperature/pressure logging, the continued measurement was made using PTS logging device to simultaneously measure temperature/pressure/impeller revolution number and lowering measuring device. As a result of the survey, it was assumed that there is a possibility of occurrence of the borehole fluid flow around the depth of 980-1290m and 1320-1540m of N9-AY-3 and around the depth of 880-1090m of N10-AY-8. The rising speed and permeability of fluid from each well indicated the same order at three wells. (NEDO)

  14. Report on the surveys in fiscal 1999 on the summary of new energy proliferation and promotion policies in France; 1999 nendo France ni okeru shin energy fukyu sokushin seisaku no gaiyo chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    This paper reports the surveys in fiscal 1999 on the new energy promotion policies in France. The basic stance taken for the policies is the maintenance of public service in energy fields, diversification of supply systems and valuing the environment, and the responsibilities to the future generations. This course increases the relative importance of regenerative energies. Energy conservation is the most important policy problem on the medium to long term basis. The international commitment of France in dealing with global environment issues is to suppress generation of greenhouse effect gases in 2008 through 2012 to the level in 1990. The amount of gases that will be discharged as anticipated from the current status requires reduction of 16 million tons as the carbon weight. The environment tax was elaborated based on 500 francs per discharge of one ton of carbon, whose introduction has been decided to be made starting 2001. The taxation is estimated to have effect of reducing 6.7 million tons. The reduction is short by 2.27 million tons even if the effects of reduction measures in each sector and of the environment tax introduction are counted. The environment taxation may be made harsher if required, upon ascertaining the people's behavior in energy consumption. Measures to make the discharge right transaction more flexible are not taken into considerations. (NEDO)

  15. Geothermal development promotion survey. No.B-4 'Kuenohira-yama area'; 1997 nendo chinetsu kaihatsu sokushin chosa data shori hokokusho. No.B-4 Kuenohira-yama chiiki

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-01-01

    The above-named survey had been scheduled to be conducted in fiscal years 1996-1998 for an approximately 10km{sup 2}-large area of Kokonoe-cho, Kusu-gun, Oita Prefecture. In fiscal 1996, surface surveys were conducted, such as geological and alteration zone surveys, gravity prospecting, and electromagnetic survey. In fiscal 1997, an exploration well (N9-KH-1: depth 2,222.0m) was drilled. Since the maximum temperature in the well was found to be so low as 78.5 degrees C, the survey was given up in the second year. The survey conducted at N9-KH-1 showed that deep-seated and shallow-seated ruptures developed there in the absence of aquicludes, and so it was inferred that it was a recharge area, as predicted by the temperature logging profile, with surface water flowing into the depth. The above showed that there was no deep-seated blind geothermal system which the survey was after. Since it was not likely that the shallow-seated geothermal system located in the southern part of the Mizuwake pass would be found expanding into the area of the current survey, it was decided that the survey not be carried forward to the following fiscal year. (NEDO)

  16. Report on the surveys in fiscal 1999 on the summary of new energy proliferation and promotion policies in Germany; 1999 nendo Doitsu ni okeru shin energy fukyu sokushin seisaku no gaiyo chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    This paper reports the surveys in fiscal 1999 on the new energy promotion policies in Germany. Because of the cold climate condition, eighty percent of household energy consumption is for room heating. Regulations on room heating thermal consumption on new and modified buildings, which were begun in the end of 1979, have accomplished the intended effects. However, the achievements have been deadlocked because of industrial collapse in the East Germany area and the delay in modernizing the prefabricated residential buildings. Because of the current situation in which energy saving is difficult in the consumer department, the federal government has shifted the emphasis to rationalization in the industrial department, which has started voluntary regulation on CO2 discharge. However, no noticeable effects have been seen in the electric power, steel making and chemical industries as have been expected. The limitation in energy saving and the policy of abolishing nuclear power generation on the long term basis (because of safety) have expanded expectation on regenerative energies. The plan calls for bringing up the regenerative energy utilization to 50% ratio by 2050, whereas a utilization promoting program was launched in September 1999. Part of the environment tax (amounting to an annual revenue of 12.5 billion Marks) will be assigned to the financial source for the subsidy measures (1 billion Marks). Legislative amendments are discussed, including review on the electric power purchase law for wind power and photovoltaic power generation systems. (NEDO)

  17. FY 1999 report on the comprehensive analysis of the geothermal development promotion survey. Forth. No.C-3 Akinomiya area; 1999 nendo chinetsu kaihatsu sokushin chosa sogo kaiseki hokokusho. No. C-3 Akinomiya chiiki (Dai 4 ji)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-01-01

    As part of the geothermal development promotion survey, the comprehensive analysis was made on the survey of the existence amount of geothermal resource in the Akinomiya area, Ogachi town, Akita prefecture, which was conducted in FY 1999. In the evaluation of reservoirs, the following were carried out: comprehensive analysis of various data on the surface survey, well exploration, etc., which were stored in surveys from the primary to the forth, modification/construction of geothermal system models, numerical simulation using 3D models, etc. In the long-term jetting test, production/reduction tests were conducted using N9-AY-3 and N10-AY-8 as production wells and N8-AY-1 and N10-AY-6 as reduction wells. The results of the comprehensive analysis were outlined as follows. The distribution of high temperature zones promising as areas for geothermal development was grasped. The distribution of the main fracture structure underground was grasped. A total amount of 124t/h steam was confirmed by short/long term jetting tests. In the simulation of prediction of production, the result was obtained that there was potential power generation of 30MW in the Akinomiya area alone and 60MW both in the Akinomiya area and the Wasabizawa area. (NEDO)

  18. FY 1994 report on the survey and research of introduction, promotion of proliferation and guidance on new energy introduction. Pt. 2; 1994 nendo shin energy donyu fukyu sokushin shido ni kansuru chosa kenkyu. 2

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1995-03-01

    Survey, collection and analysis were performed on different items of information required for new energy technologies. Studies were carried out to structure a system to support smooth execution of technical guidance and consultation. Among the project areas for field tests on photovoltaic power generation systems for public facilities, measurements were executed on hourly power demand in facilities in snowy and cold districts with little data available. In putting different items of information into a database, data were collected and put into order for the following items: statistics on average value for ten years of insolation time in 842 locations nationwide, calculation of insolation on slanted surface at the insolation measuring points (slanting angles and insolation on the slanted surface at which energy amount available for power generation is maximized in a year, as obtained by estimating the insolation on horizontal surface from the insolation duration), and expansion and addition of the introduction examples. Specifications for solar cell modules and inverters were classified and put into order, and so were on types, specifications, and product descriptions for photovoltaic power generation systems for individuals' houses. The aid system structured in the previous year was discussed for improvement, and new information was put into a database to improve the aid system. (NEDO)

  19. Fiscal 2000 report on result of R and D of nonmetallic material recycling promotion technology (demonstration test and research, total system technology); 2000 nendo hitetsu kinzokukei sozai recycle sokushin gijutsu kenkyu kaihatsu seika hokokusho. Jissho shiken kenkyu, total system gijutsu

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    R and D was conducted on advanced recycling technology for aluminum and base metal/rare metal based materials, with fiscal 2000 results compiled. In the research of aluminum recycling technology, on a continuous fractional crystallization process and a purification by zinc removal process, the existing facilities for each demonstrated that they could simulate an aluminum scrap melting process capacity of 1,000 t/month, with a series of initial conditions determined. In the research of total system technology, combined test facilities were completed in which a purification process and a melt cleaning process were integrated. In the research of the recycling technology for base metal/rare metal based materials, a test was carried out by demonstrative facilities, with the aim of establishing copper regeneration technology in which high grade copper is produced using metal/resin based scraps such as shredder dust of automobiles as the materials. In structuring the total system technology, a preliminary survey and environmental load measures were carried out toward the practicability of a comprehensive copper metal collection recycling system. (NEDO)

  20. Investigations in fiscal 1983 on promotion of geothermal development. Part 1. Report on investigation of fumarolic environmental effects in Oku-Aizu area; 1983 nendo chinetsu kaihatsu sokushin chosa. 1. Okuaizu chiiki funkichu kankyo eikyo chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1984-03-01

    As part of the investigations on promotion of geothermal development, surveys have been carried out in the Oku-Aizu area to identify the existence and/or extent of effects of collecting geothermal fluids above the ground imposed on the environment, such as the natural ecological system. The investigated area is an area of 60 km{sup 2} covering Kawanuma County and Onuma County in Fukushima Prefecture, a mountainous area with undulations. The investigation result may be summarized as follows: the area shows the inland climate and has snow fall as much as 2 m in winter; according to the H2S diffusion prediction, the concentration thereof on the land in seasonal average is 0.7 ppm at maximum, which is a value presenting no problems. No fumarolic effects of SO2 were identified, and floating dust and Hg showed values that present no problems. With regard to water quality during and after the blowout test, no effects of blowout return were identified. The noise level was 41 to 45 phones at a place 100 m distant, and the vibration level has become the lower detection limit at a place 50 m distant. Leveling has discovered no ground movement. No variation in major constituents in thermal spring water was verified before and after the blowout test. (NEDO)

  1. FY 1997 Report on the data processing for the geothermal development promotion investigation. No.B-3 Kumaishi Area (Phase 3); 1997 nendo chinetsu kaihatsu sokushin chosa data shori hokokusho. 3. No.B-3 Kumaishi chiiki

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-01-01

    Described herein are the results of the comprehensive analysis of the No.B-3 Kumaishi Area, investigated in the FY 1995 to 1997 period as part of the geothermal development promotion investigation project. The ground investigation project covers geological and altered band, geochemical, gravitational and electromagnetic investigations. The drilling investigation project covers the test drilling for the structural investigation, temperature logging, water injection and temperature recovery tests at the N7-KI-1, N7-KI-2, N8-KI-3, N8-KI-4 and N9-KI-5; core cutting investigation; hot water investigation at the 4 wells; environmental impact investigation; and supplementary investigations for determination of ages of rocks and alteration, and analysis of the substances contained in the fluid. The following conclusions are derived from the findings by the comprehensive analysis. The geothermal hot water in the test area came from seawater (fossil seawater) locally captured by the highly water-permeable strata (e.g., interfaces in the strata, and fractured strata) and underground water from rain water, heated by the conducted heat to around 200 degrees C at the highest. It is estimated that the center of the conducted heat is located in the eastern part of the Yagumo Area. (NEDO)

  2. Achievement report for fiscal 1999 on development of 'technology to promote diversification of secondary aluminum alloys'; 1999 nendo aluminium saisei jigane tayoka sokushin gijutsu kaihatsu seika hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    Discussions were given on aluminum scraps anticipated to be generated in a great quantity mainly from automobiles in the future, with an objective to apply secondary aluminum alloys to automotive field. In the study on alloy contents and characteristics of regenerated aluminum lumps, 5182 and 5052 alloys for automobile structure members and 6000 alloy for panel use were selected as the object. Cast lumps were manufactured on a trial basis varying the concentrations of impurity elements assumed to be mixed into the regenerated material, such as Fe, Si, Zn, and Cu, as well as their cooling speeds. Subsequent processes including rolling were proceeded to evaluate the material properties. These activities have resulted in accumulation of the basic data. For the welding technology on regenerated aluminum material, studies were performed on YAG laser welding. Applicability of the regenerated material as the automobile structure members was recognized by optimizing the basic welding conditions and the basic construction conditions according to each part to be structured. In order to clarify the positioning of the regenerated metal as a resource, investigations were performed on demand trends in the aluminum scrap material, and its recycling trends. (NEDO)

  3. Report on the surveys in fiscal 1999 on the summary of new energy proliferation and promotion policies in Britain; 1999 nendo Eikoku ni okeru shin energy fukyu sokushin seisaku no gaiyo chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    This paper reports the surveys in fiscal 1999 on the new energy promotion policies Britain. Britain has liberated completely the electric power market in June 1999 subsequently from that for the gas market. In order to share the target of reducing greenhouse effect gases during 2008 through 2012 as committed by the EU in the Kyoto Protocol, Britain has decided officially a 12.5% reduction in June 1998. The climate change tax was proposed in March 1999, and its implementation is scheduled for April 2001. This is a taxation upon commercial and industrial operators (whose carbon dioxide discharge is accounting for 40%), by which annual reduction of two million carbon tons is estimated in 2010. The government has set a target to take care of 10% of the electric power demand by regenerative energies by 2010. This policy is anticipated to be announced by the end of 2000. The EU has moved one step forward for complete opening of the electric power market in 1999, which will be followed by the gas market in August 2000. In addition, a take-off campaign was launched to promote participation and investments into the regenerative energy project. (NEDO)

  4. Report on the surveys in fiscal 1999 on the summary of new energy proliferation and promotion policies in Canada; 1999 nendo Canada ni okeru shin energy fukyu sokushin seisaku no gaiyo chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    This paper reports the surveys in fiscal 1999 on the new energy promotion policies in Canada. At the Kyoto Conference for Global Warming Prevention, Canada agreed to reduce gas discharge in 2008 through 2012 by 6% from that in 1990 as the reduction target considered realizable while maintaining the trade competitive power. The Ministry for Natural Resources encourages enhancement in energy efficiency and use of substitution energy resources, and pushes forward the promotion programs. The government imposes the world's most stringent energy efficiency criteria on electric products through the high-efficiency and substitution energy program. In the regenerative energy technologies, the government supports use of regenerative energies from the cost and environmental influence aspects. In the energy development programs, the government supports eleven ministries and agencies for energy related research and development activities. In the regenerative energy development plan, targets are set on promotion of air conditioning and hot water supply systems utilizing such regenerative energies as solar light, biomass, and underground heat. The importance is placed not only on development of new technologies, but also on marketing technologies. (NEDO)

  5. Fiscal 1999 geothermal energy development promotion survey. Report on survey of structural boring (No. B-7 Kuwanosawa area); 1999 nendo chinetsu kaihatsu sokushin chosa. Kozo shisui chosa koji oyobi kaiseki hokokusho (No.B-7 Kuwanosawa chiiki)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-09-01

    Borehole N11-KN-1 was digged and investigated for clarifying the geothermal structure of the Kuwanosawa area, with attention fully paid to the existing survey results. The hole is inclined, 1,802.30m deep in total, with a casing pipe installed down to the 1,101.76m level. Temperature was measured and electrical logging was performed at levels 410m, 1,110m, and 1,802.23m while the hole walls were still exposed bear. The maximum temperature of 161 degrees C was observed at the hole bottom, and the product of permeability - layer thickness transmission coefficient was described by 3.72 to 4.75 times 10{sup -1} darcy.m. The geothermal structures in presence in the south-western part of the survey area and along the Wasabizawa fault were made clear, and it was found that there exists no high-temperature water system in the vicinity of borehole N11-NK-1. As tasks for the future, it was proposed that a geothermal survey of the south-eastern part which includes borehole N57-YO-2 and a geochemical survey of fluids including hot spring water and surface be conducted. (NEDO)

  6. FY 1999 report on the data processing of the geothermal development promotion survey. No. B-6 Tsujinodake area (Tertiary); 1999 nendo chinetsu kaihatsu sokushin chosa data shori hokokusho. No.B-6 Tsujinodake chiiki (dai 3 ji)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-01-01

    For the purpose of confirming the existence of geothermal reservoirs, this survey was conducted as Survey B in the range of 30km{sup 2} east of Lake Ikeda at the south east end of Satsuma Peninsula, Kagoshima pref. from FY 1997 to FY 1999. By the geology/alteration zone survey, fluid geochemical survey, electromagnetic survey and gravity survey which were conducted in FY 1997 as surface survey, the following three were extracted as the areas which have great potentiality of geothermal resource existence: 1) area along the Yamakawa-Matsugakubo structure line on which calderas and explosion craters lie (north part); 2) area along the Takeyama-Tsujinodake structure line on which Ata central dome volcanic rocks lie (central part); 3) area around Kozukahama where the south wall of the Ata caldera extends in east-west direction (south part). In the survey after that, in north part, it was considered that aquicludes in clayey alteration zone were widely distributed around levels of 100m above - 200m below sea level and there existed geothermal reservoirs under the aquicludes. It was presumed that the mixed water of sea water and surface water was thermally conducted by heat sources of 300-490 degrees C and geothermal reservoirs of 260-270 degrees C were formed. (NEDO)

  7. Research report on promotion of geothermal energy exploitation for fiscal 1997. Fluid geochemical research (No.B-6 Tsujinodake district); 1997 nendo chinetsu kaihatsu sokushin chosa. Ryutai chikagaku chosa hokokusho (No.B-6 Tsujinodake chiiki)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-07-01

    The research covers the Tsujinodake district spreading over Yamakawa-cho and Ibusuki-shi, Kagoshima Prefecture. Hot spring water in the district is of the neutral Cl type, heated mainly by conduction and containing seawater. The thermal water layer of the highest geothermal potential exists in the vicinity of the Nishi district of Ibusuki-shi. It spreads widely in the westward part and may be linked with the Unagiike district. The temperature of the deep-seated thermal water layer is estimated at 220-230 degrees C, yet it may be higher. In addition to the layer in the vicinity of the Nishi and Unagiike districts, there is a shallow-seated hot spring aquifer in the Nagasakibana district, where the deep-seated thermal water is probably prevented from lifting in the presence of an aquiclude. In the Narikawa district, possibilities are low that the thermal water just beneath will come up. As for hot spring water in the Oyama and Okachogamizu districts, there are no signs of high-temperature thermal water infiltration. In these two districts, it appears that hot spring water is heated by conduction over a large area. For the disclosure of linkage of hot water systems and deep-seated geothermal structures which cannot be detected by geochemical investigations conducted into hot spring water, etc., it is necessary to resort to geological and geophysical researches, and to carry out test drilling. (NEDO)

  8. FY 2000 report on the geothermal development promotion survey - No.C-4 Shiro-mizukoshi area. Resource survey (Primary); 2000 nendo chinetsu kaihatsu sokushin chosa. No. C-4 Shiromizukoshi chiiki shigen chosa hokokusho (Dai 1 ji)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-01-01

    As a part of the FY 2000 geothermal development promotion survey, survey was conducted in the Shiro-mizukoshi area (about 10km{sup 2}), Kagoshima prefecture, the gradually-inclined area located at the southwest foot of Volcano Kirishima, and the results were summed up. In the survey, the following were carried out: surface survey such as geology/alteration zone/fracture system, high-density gravity exploration, electromagnetic exploration, geochemical fluid survey, core test by drilling three exploration boreholes, temperature log, temperature recovery test, water injection test, short-term jetting test, etc. N12-SZ-1 came across the reservoir associated with the ENE-WSW system fault at a depth of 1,085m. The result of the temperature log and the geochemical temperature indicated that the temperature of the reservoir was between 230 and 240 degrees C. However, the reservoir was regarded as the vapor heating reservoir heated by the high-temperature vapor which is thought to be the shallow ground water separated from the deep reservoir. N12-SZ-2 was a large lost circulation zone at a depth between 1,325 and 1,486m, which indicated that N12-SZ-2 came across the ENE-WSW system Shiro-mizukoshi fault. N12-SZ-3 seems to be the area into which ground water flows. (NEDO)

  9. Fiscal 1996 survey of the base arrangement promotion for foreign coal import. Potentiality of the general coal market and the subjects; 1996 nendo kaigaitan yunyu kiban seibi sokushin chosa. Ippantan shijo no kanosei to sono kadai

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1997-03-01

    The paper examined thoughts of a method to determine the general coal price based on the hearing from coal users and coal suppliers and considered a potentiality of the general coal market in the Asia/Pacific area and the subjects. Electric power companies of Japan and coal companies of Australia which now own long-term contracts for general coal consider continuing the benchmark system also in the future. At New York Commodity Exchange and Sidney Futures Transaction, the listing of futures of general coal is studied, and Barlow Jonker opened a membership futures transaction system for general coal/PCI coal using internet. The paper investigated response of the industry circle to such moves of market trade/futures transaction of general coal. In the hearing, comments were mostly negative. It was pointed out that with the development of the spot market of coal, there is a possibility of the market trade form developing. In the future, the spot market is steadily developing, but it is thought that supplying to major general coal users in Japan, Korea and Taiwan will continue to be based mostly on long-term contracts. 42 refs., 38 figs., 26 tabs.

  10. FY 1995 Report on the data processing for the geothermal development promotion investigation. No.B-3 Kumaishi Area (Phase 1); 1995 nendo chinetsu kaihatsu sokushin chosa data shori hokokusho. 1. No.B-3 Kumaishi chiiki

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1997-01-01

    Described herein are the FY 1995 results of the No.B-3 Kumaishi Area investigation, conducted as part of the geothermal development promotion investigation project. The project covers the geological structure, geochemical, gravitational, electromagnetic, environmental impact and supplementary investigations. The following findings are obtained by the comprehensive analysis of the data. The Kumaishi Area is based on the sedimentary rocks and granite formed in the Pre-Ternary, which are unconformably covered by the strata belonging to Upper Oligocene of Ternary to Lower Pleistocene of Quaternary. The presence of NW-SE to E-W to NE-SW systems is suggested as the main fracture systems. It is estimated by the K-Ar method that the intrusion was formed in the 2.06 to 2.28Ma. The geochemical temperature suggests the presence of the fluid of 200 degrees C or higher as the deep hot water temperature. The resistivity structure generally indicates the NW-SE direction. Each stratum is confirmed by the test drilling for the structural investigation. The fluid motion model suggests possibility of hot water of high salt content, similar to that confirmed deep in the Yagumo Area, distributed deep in the Kumaishi Area. (NEDO)

  11. Enhancement of condensation heat transfer using electric field. Effects of wire-electrode coating; Denba ni yoru gyoshuku netsu dentatsu no sokushin ni kansuru kenkyu. Wire denkyoku no hifuku koka

    Energy Technology Data Exchange (ETDEWEB)

    Chu, R. [Gifu University, Gifu (Japan). Faculty of Enginering; Nishio, S. [The University of Tokyo, Tokyo (Japan). Institute of Industrial Science; Tanasawa, I. [Nihon University, Fukushima (Japan). College of Engineering

    2000-08-25

    In the present paper, an attempt is made to develop an effective EHD enhancement technique for condensation heat transfer of steam around a horizontal finned tube. The main idea in the present study is to reduce the power consumption by using a partially coated electrode, and the experimental data of heat transfer coefficients and flooding angles are presented. The result indicates that, by using such an electrode, the enhancement ratio keeps almost the same level with that of a bare electrode but the power consumption can be markedly decreased. Within the present experimental range, the condensation heat transfer coefficient on the finned tube with the partially coated electrode reaches a value about 3 times larger than that without electrode. In addition, a model in presented for the EHD effect on the flooding angle and it is confirmed that the prediction from the model is in good agreement with the experimental data. (author)

  12. Fiscal 1999 geothermal energy development promotion survey. Report on survey of introduction of techniques for predicting impact on hot springs; 1999 nendo chinetsu kaihatsu sokushin chosa hokokusho. Onsen eikyo yosoku shuho donyu chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-08-01

    In an effort to find guidelines on how to proceed with geothermal energy development so that it may coexist with hot springs, investigations are conducted into cases of impacts on hot springs imposed by geothermal energy development activities. An impact is judged to exist when geothermal development results in a decrease or depletion of pumped or spontaneously welling hot spring water, change in the concentration of dissolved chemical ingredients, fall in water temperature, or in an increase in the amount of discharged steam. Keyword-aided retrieval of data from databases is performed, and geothermal magazines are referred to for information. There are articles reporting impacts imposed by geothermal development on hot springs in the Palinpinon area (Philippines) and 12 others and in the Corwin Springs area (U.S.) and 13 others. These articles carrying outlines and impacts of geothermal development are collected, put in order, and analyzed. Cases in which such impacts are found to exist are categorized into four groups and, in each group, episodes are differentiated from each other by the type of mechanism linking the aquifer and the reservoir which is the object of development. (NEDO)

  13. Fiscal 1996 survey of the base arrangement promotion for foreign coal import. Subject on stable supply of Australian coal in the future; 1996 nendo kaigaitan yunyu kiban seibi sokushin chosa. Kongo no Goshutan no antei kyokyu no kadai

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1997-03-01

    The paper analyzes coal resource reserve in Australia, environmentally restrictive conditions of the coal resource development and effects on the supply, forecast of the supply ability of Australian coal as viewed cost competitivity, and the export market of Australian coal and supply forecast, and arranged subjects in the future long-term stable supply. Regions where Australian coal resource exists are mainly states of New South Wales (NSW) and Queensland (Qld), which have 76 billion tons of the measured reserve. In the NSW state, about 50% of the coal reserve are not minable. Approximately 30%, 13% and 6% of the resource are restricted by the national park, farmland and others, respectively. The Qld state is little influenced by the national park and the native title land claim. The coal production in 1995 was 229 million tons, and the export 137 million tons. The production capacity was around 350 million tons including plans for expanding the existing coal mines and plans for new development of coal mines. Cost competitivity of Australian coal is higher than that of US western coal. Coal resource in Australia is huge in volume, existing near the seashore. Harbors for shipment can be easily expanded, and therefore there are basically no problems in increasing export. 27 refs., 41 figs., 47 tabs.

  14. FY1997 report on test well drilling and well investigation for the Akinomiya area survey in the geothermal development promotion survey; 1997 nendo chinetsu sokushin chosa. Akinomiya chiiki chosa shisui kussaku koji oyobi kosei chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    In order to extract promising areas with high geothermal feasibility, the Akinomiya area was surveyed by drilling test wells. In the N9-AY-3 excavating work, the first stage (depth from 15 to 33 m) used the water-free excavation to prevent adverse effects on the water sources. The second stage (depth from 33 to 409 m) reached the targeted depth with slanted excavation. The third stage drilled into depths from 409 to 1,006 m. The fourth stage was targeted to drill down to 1,802 m, but an entire lost returns have occurred at the depth of 1,598 m, whereas lost water drilling was performed by using fresh water, and the drilling was terminated at the targeted depth. The AY-4 excavation was also advanced with the first, second, third and fourth stage method, and when the entire lost returns have occurred at 1,196 m, the lost water drilling was carried out by using fresh water, and the drilling was terminated at the scheduled 1,505 m. The AY-5 excavation was also advanced with the first, second, third and fourth stage method. The first and second stages used water-free excavation (using air hammers) to avoid influence on the nearby spa areas. The third stage went down to 405 m performing coring, but the entire lost returns occurred at 298 m. The excavation rate was very high, and the core recovery rate reached 100%. The fourth stage presented the same coring condition as that for the third stage down to 1,002 m. (NEDO)

  15. FY 1994 report on the survey of geothermal development promotion. Investigative construction and analysis for structural boring (No. A-1 - Haneyama area); 1994 nendo chinetsu kaihatsu sokushin chosa. Kozo shitsui chosakoji oyobi kaiseki hokokusho (No. A-1 Haneyama chiiki)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1995-08-01

    For the contribution to elucidation of the geothermal structure in the Haneyama area, Oita Prefecture, the paper carried out the drilling of structural boring exploration wells, N6-HN-1 (1,605m) and N6-HN-2 (1,402m), and the well exploration. In the well exploration, the following were conducted: measurement of earth temperature, temperature recovery test, electrical log, simple water injection test, core/cutting observation, core test, powder X-ray diffraction analysis, physical property test, measurement of homogenization temperature of fluid inclusion, etc. In the temperature log and temperature recovery test, the terminal temperature at a 1,600m depth of N6-HN-1 well and at a 1,400m depth of N6-HN-2 well was 139.6 degrees C and 26.2 degrees C, respectively. The homogenization temperature of fluid inclusion was relatively higher, +70 degrees C to +100 degrees C, than that in the results of the temperature log, but was on the side of lower temperature, -30 degrees C to -100 degrees C, in a comparison with the saturated boiling curve of the earth surface and ground water level. Namely, it was thought that around the N6-HN-1 well, there used to exist the high temperature fluid of 250 degrees C or higher at the peak period of geothermal activities, but there only existed the geothermal water of approximately 140 degrees C at the present time. (NEDO)

  16. Corrosion resistance and protection mechanism of hot-dip Zn-Al-Mg alloy coated steel sheet under accelerated corrosion environment; Yoyu Zn-Al-Mg kei gokin mekki koban no sokushin fushoku kankyoka ni okeru taishokusei toi boshoku kiko

    Energy Technology Data Exchange (ETDEWEB)

    Komatsu, A.; Izutani, H.; Tsujimura, T.; Ando, A.; Kittaka, T. [NKK Corp., Tokyo (Japan)

    2000-08-01

    Corrosion behavior of hot-dip Zn-6%Al 0-3%Mg alloy coated steel sheets in cyclic corrosion test (CCT) has been investigated. The corrosion resistance was improved with increasing Mg content in the coating layer, and the highest corrosion resistance was observed at 3% Mg. In Zn-6%Al-3%Mg alloy coated steel sheet, the formations of zinc carbonate hydroxide and zinc oxide were suppressed for longer duration compared with Zn-0.2%Al and Zn-4.5%Al-0.l%Mg alloy coated steel sheets. As a result, zinc chloride hydroxide existed stable on the surface of the coating layer. From the polarization behaviors in 5% NaCl aqueous solution after CCT, it was found that the corrosion current density of Zn-6%At-3%Mg alloy coated steel sheet was much smaller than those of Zn-0.2%Al and Zn-4.5%Al-0.1%Mg alloy coated steel sheets. As zinc carbonate hydroxide and zinc oxide had poor adhesion to the coating layer and had porous structures, these corrosion products were considered to have little protective action for the coating layer. Therefore, it was concluded that Mg suppressed the formation of such nonprotective corrosion products. resulting in the remarkable improvement of corrosion resistance. (author)

  17. Report on geothermal development promotion survey data processing in fiscal 1997. Tsujinodake Area No. B-6 (first report); 1997 nendo chinetsu kaihatsu sokushin chosa data shori hokokusho. 1. Tsujinodake chiiki No.B-6

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-09-01

    This paper reports the achievements in the geothermal development promotion survey data processing in fiscal 1997 for Tsujinodake Area. Geological, alteration band and fluid geochemical surveys, gravity and electromagnetic exploration, and environment influence survey were generalized to summarize the state of existence of geothermal resources. Sea water permeated into deep underground portion was mixed with meteoric water from Ikeda Lake and Unagi Pond; heated by deep hot water originated from magma pools as the source of volcanic activities after formation of the Ata caldera; the resultant neutral high salt concentration hot water has risen on the Takeyama-Tsujinodake structural line; and was reserved in deep portion of Mr. Tsujinodake. The sea water permeated into deep underground portion was heated by the same deep hot water originated from magma pools as described above, has risen along the Ata caldera wall, and been reserved in the deep portion of Kaimon Dake Spa. Around the Yamakawa geothermal power plant, the permeated sea water was heated by the same magma pools as described above and by the intrusive rocks originated therefrom as the heat source. The water has risen along the shattered belt developing around the intrusive rocks or the Takeyama-Tsujinodake structure line, and been reserved. Around the Unagi pond, mixed sea and meteoric water has risen along the Yamakawa-Matsugakubo structure line, and been reserved. (NEDO)

  18. FY 1990 report on the survey of geothermal development promotion. Survey of geothermal water (No.34 - Kaminoyu/Santai area); 1990 nendo chinetsu kaihatsu sokushin chosa. Nessui no chosa hokokusho (No.34 Kaminoyu Santai chiiki)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1991-12-01

    For the contribution to elucidation of the structure of geothermal reservoir in the Kaminoyu/Santai area in the southwest part of Hokkaido, jetting test/sampling of geothermal fluid/analysis of properties were carried out in Structural Drilling Well N2-KS-2. The induced jetting of N2-KS-2 was conducted by the air lift method in consideration of the well temperature, state of lost circulation while drilling and results of the water pouring test. As a result, the mean jetting amount of geothermal water was 202.4L/min. The total pumping amount was 559kL, which is equal to approximately 119 times as much as the volume of well. The maximum temperature was 95.9 degrees C, resulting in no steam jetting. The pH of geothermal water was 7.41-8.44, electric conductivity was 9,620-10,450 {mu}s/cm, and the Cl ion concentration was 2,204-2,545 mg/L, which are almost stable. Properties of geothermal water is classified into an alkalescent CL-SO{sub 4} type. As a result of the study, the geothermal reservoir of N2-KS-2 is basically formed by a mechanism of a mixture of the surface water and the deep geothermal water that is similar in isotope to the geothermal water of Nigorikawa production well, which indicated a tight relation in the origin with the group of Kaminoyu hot spring. (NEDO)

  19. FY 1993 report on the survey of geothermal development promotion. Survey of geothermal water (No.36 - Amemasu-dake area); 1993 nendo chinetsu kaihatsu sokushin chosa. Nessui no chosa hokokusho (No.36 Amemasu dake chiiki)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1995-01-01

    As a part of the survey of geothermal development promotion in FY 1993, survey of geothermal fluid was made using a precise structure drilling well N5-AM-5 as exploration well in the Amemasu-dake area, Hokkaido. The induced jetting of geothermal fluid was carried out by the Swabbing method in the total number of times of 185 in 11 days at 10-20 times/day, but did not result in the jetting of geothermal water. The sampling of geothermal water was conducted by guiding the geothermal water that overflowed the guide pipe to the tank. The temperature of geothermal water indicated approximately 20 degrees C in the 1st time and 40-60 degrees C in and after the 2nd time every day. The electric conductivity of geothermal water was 2.033 mS/cm, chlorine ion concentration was 420-500 ppm, and pH value was 7.17-7.72. As a result of the survey, it was presumed that the geothermal water of this well originated in the meteoric water around the area and formed slightly supported by emitted volcanic matters. As to the geochemical temperature, the silica temperature indicated about 120 degrees C and the alkali ratio temperature did about 180 degrees C. It was considered that there possibly existed geothermal reservoirs of approximately 180 degrees C in alkali ratio temperature around the well. (NEDO)

  20. FY 1992 report on the survey of geothermal development promotion. Supplementary survey on data processing (No.38 - West area of Mt. Aso); 1991 nendo chinetsu kaihatsu sokushin chosa. Data shori ni kakawaru hosoku chosa hokokusho (No.38 Asosan seibu chiiki)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1993-09-01

    As a part of the survey of geothermal development promotion in FY 1992, chemical/isotopic analysis of fumarolic gas in the Yoshioka district was made to elucidate the underground geothermal structure in the west area of Mt. Aso in Kumamoto Prefecture. Items for analysis of fumarolic gas were 16 items including the temperature, concentration of non-condensable gas, CO2, H2O, CH{sub 4}, {delta}D(CH{sub 4}) and {delta}{sup 13}C(CO2). Items for analysis of condensed water were 9 items including pH, Na, NH{sub 4}, {delta}D(H2O) and {delta}{sup 18}O. As a result of the analysis, the main component of non-condensable gas of fumarolic gas was CO2, and the composition was similar to that of the fumarolic gas in the Yunoya/Tarutama district in the periphery. It was presumed that the origin and formation mechanism of fumarolic gas were also similar to those in the Yunoya/Tarutama district. It was presumed that the deep geothermal reservoir which is the source of vapor/gas generation was composed of the neutral or alkalescent geothermal water, and a possibility that the reservoir is connected with the deep geothermal reservoir in the Yunoya district was presumed from a viewpoint of geographical location. (NEDO)

  1. FY 1992 report on the survey of geothermal development promotion. Geochemical survey (No. A-1 - Haneyama area); 1992 nendo chinetsu kaihatsu sokushin chosa chijo chosa hokokusho futai shiryo. Chikagaku chosa hokokusho (No. A-1 Haneyama chiiki)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1993-05-01

    For the purpose of studying an expanse and characteristics of the geothermal system and a possibility of geothermal development in the Haneyama area, Oita Prefecture, geochemical survey was conducted. In the survey, various kinds of analyses were made for 13 specimens of hot spring water and 5 specimens of surface water in the area of about 280km{sup 2} at 402 measuring points of the concentration of Hg in soil gas. The results of the survey were as follows: In this survey area, it was thought that the HCO{sub 3} type geothermal water of a comparatively low temperature which was heated by the wide-spread conduction heat from the depths was widely distributed deeper than the depth of 500-700m, and it was presumed that a possibility was low of existence of a high geothermal potential which can be used for the geothermal power generation in the part deeper than the drilling depth of 700m. In the Noya area in the southwest part of the survey area, the high temperature deep geothermal reservoir was confirmed. In this area, the high temperature neutral-alkalescent Cl-SO{sub 4} type geothermal water was distributed in the depth of several 100 meters or deeper. The geothermal water seemed to flow from NE to SW along the structure in the NE-SW direction, and it was concluded that the area was the most promising one. (NEDO)

  2. FY 1993 report on the survey of geothermal development promotion. Jetting/reduction test (No.36 - Amemasu-dake area); 1993 nendo chinetsu kaihatsu sokushin chosa. Funshutsu kangen shiken hokokusho (No.36 Amemasu dake chiiki)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1994-10-01

    As a part of the survey of geothermal development promotion, the jetting/reduction test using a structure drilling well N4-AM-4 was made in the Amemasu-dake area, Hokkaido, survey was conducted of the state of jetting of geothermal fluid, the state of borehole, analysis of geothermal fluid, etc. The induced jetting was carried out by the Swabbing method in the total number of times of 97 in 10 days. As to the jetting of geothermal fluid, jetting was recognized in a short time from 2 hours 49 minutes to 3 hours 51 minutes, but did not result in the continuous jetting. The mean jetting amount of geothermal fluid was totally 4.03 t/h (0.69 t/h in steam flow and 3.34 t/h in water flow). The temperature of geothermal water while jetting was 90 degrees C, pH was 8.6-8.9, chlorine ion concentration was 520-960 ppm, and electric conductivity was 2.41-3.57 ms/cm. The pressure at the feed point while stopping jetting was 5,800 MPa, and the pressure just before stopping jetting was 1,191 MPa. Chemical components in geothermal water belonged to the alkali C1 type. The geochemical temperature of geothermal water by Na-K temperature was 229 degrees C at maximum and 202 degrees C at minimum. (NEDO)

  3. FY 1992 report on the survey of geothermal development promotion. Geochemical survey (Survey of geothermal water) (No.36 - Hongu area); 1992 nendo chinetsu kaihatsu sokushin chosa. Chikagaku chosa (Nessui no chosa) hokokusho (No.36 Hongu chiiki)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1993-07-01

    The test on jetting of geothermal water by the induced jetting, sampling of geothermal water and analysis/survey were carried out in the structure drilling well of N4-HG-2 in the Hongu area, Wakayama Prefecture. The induced jetting of the well was conducted by the Swabbing method up to the total pumping amount of 459.9m{sup 3} that is equal to about 24 times as much as the inner quantity of the well, but it did not result in jetting. The maximum temperature of geothermal water was 65.6 degrees C, pH was 6.6-7.5, electric conductivity was 2,800-2,900 {mu}S/cm, and Cl concentration was 500-700ppm. The geothermal water was classified into the HCO{sub 3} type that is neutral, and the spring quality and liquidity were the same as those of existing hot springs in this area. In the Hongu area, the distribution of new volcanic rocks has not known. The K-Ar age of quartz porphyry intrusive rocks was made about 13Ma, and it was considered that a possibility was low of the rocks being heat sources of geothermal activities. It was also considered that the geothermal water/hot spring water in this area, which originate in the surface water, were heated in heat transfer by magma activities in the deep underground and were flowing forming a small scale of hydrothermal convection system. (NEDO)

  4. Fiscal 1998 geothermal development promotion research. Survey in Akinomiya area (N9-AY-3 short-term blowout test report); 1998 nendo chinetsu kaihatsu sokushin chosa. Akinomiya chiiki chosa (N9-AY-3 tanki funshutsu shiken hokokusho)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    As a part of the fiscal 1998 geothermal development promotion survey in Akinomiya area, this test was carried out to obtain the fumarolic gas characteristics and fluid properties of N9-AY-3 test well by air reaction method. Blowout hot water was reinjected to N8-AY-1 test well drilled in fiscal 1996 to confirm its reinjection capacity. The fumarolic gas test result showed a steam volume of 35.0t/h and hot water volume of 160.8t/h (wellhead pressure equivalent) at a wellhead secondary valve opening of 33.7% and wellhead pressure of 15.3kg/cm{sup 2}G. The whole hot water volume of 30,214m{sup 3} is equivalent to nearly 320 times more than a well volume. Hot water showed pH7.7-8.6, an electric conductivity of 3,960-7,070{mu}S/cm, and chlorine ion concentration of 1,050 mg/l. Alkalescent Na-Cl system hot water showed a geochemical temperature of 283 degreesC. A steam gas concentration including CO{sub 2} as main component was 0.12-0.19vol%. Blowout hot water was continuously reinjected into N8-AY-1 well from a pit by pump to confirm its reinjection capacity. The reinjection capacity of hot water in fumarolic gas was 110t/h without any problem. (NEDO)

  5. Fiscal 1999 geothermal energy development promotion survey. Survey of Akinomiya area (Long-term spurt test report - 1/2); 1999 nendo chinetsu kaihatsu sokushin chosa Akinomiya chiiki chosa hokokusho. 1/2. Choki funshutsu shiken

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-01-01

    A long-term survey was conducted on the spurting properties and fluid properties of geothermal fluids, when boreholes N9-AY-3 and N10-AY-8 were used as spurting wells and N8-AY-1, N10-AY-6, and N10-AY-7 as reinjection wells. Conducted or investigated were pH, electric conductivity, chlorine concentration determination, static temperature/pressure logging, PTS (pressure, temperature, spinner flowmeter) logging with wells spurting, buildup test, sampler logging with wells spurting, fluid property survey, tracer test, and borehole N10-AY-8 pulsation with fume spurting. It was then found that the maximum spurting capacity of borehole N9-AY-3 was 65.7t/h in steam and 90.8t/h in thermal water at a pit mouth pressure of 1.30MPaG. Some decrease was detected for approximately one month after the start of spurting, but it was concluded that there would be no further decrease thereafter. The maximum spurting capacity of borehole N10-AY-8 was 10.4t/h in steam and 8.9t/h in thermal water at a pit mouth pressure of 0.24MPaG. Some reduction was detected in the flow of steam and in fluid enthalpy after the start of spurting, and it was inferred that there would be still further reduction after continual spurting. (NEDO)

  6. Fiscal 1998 report on data processing for geothermal energy development enhancement. No. A-4 Mount Kumbetsu area (primary data processing); 1998 nendo chinetsu kaihatsu sokushin chosa data shori hokokusho. No.A-4. Kunbetsu chiiki (dai 1 ji)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-09-01

    This is part of the state-operated 'geothermal energy development enhancement' project, under which a comprehensive analysis is conducted into the results of a survey of geothermal resources in existence in the Mount Kumbetsu area. The local geothermal structure is examined, and the Kumbetsu hot spring area, the Uebetsu river middle reach area, and the Unabetsu hot spring area are extracted as promising high-temperature supply areas. The Kumbetsu hot spring area and the Uebetsu river middle reach area lie on a heave positioned west of the Mount Musa/Mount Shitabanupuri fault. There is a distinguished bending in the zone of discontinuous resistivity, and, when geology is considered, it is inferred that there exists a geothermal fluid field formed by the Mount Musa/Mount Shitabanupuri fault running NNW-SSW and a fracture zone that runs across the fault. The two areas are located at spots where gravity gradient is sharp. It is concluded that, with the alteration zone, temperature distribution, etc., also taken into account, the Kumbetsu hot spring area is the more promising as a source of geothermal energy. The water of the Kumbetsu hot spring is of the Cl-SO{sub 4} type, 64.5 degrees C hot and neutral, and arises from the depth where water of meteoric origin is heated by heat conduction. The heat source is supposedly the magma reservoir whose eruption once formed Mount Unabetsu etc. (NEDO)

  7. Surveys for promoting development of overseas coals in fiscal 1999. Surveys on international coal situation; 1999 nendo kaigaitan kaihatsu kodoka nado chosa (kaigaitan kaihatsu sokushin chosa). Kokusai sekitan jijo chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    Detailed surveys were performed on Britain, Germany and Spain being the major coal producing countries in Europe with regard to a general view on the status of energy demand and supply, the status of demand and supply of coal, business institutions, and related policies in each country. The status of demand and supply of coal, and related policies in the three countries may be summarized as follows: In Britain, the ratio of coal accounted for in the primary energy supply is 18.0% in 1998, and the coal production amounted to 35.5 mill.TCE/year; closure of underground mining coal mines is discussed recently; the congress is deliberating re-introduction of the subsidy system which had been once discontinued; in Germany, the ratio of coals accounted for in the primary energy supply in 1997 was 14% in bituminous coal and 11% in brown coal; the quantities of production of bituminous coal and brown coal in 1998 were 41.8 and 50.6 mill.TCE/year, respectively; the number of mines has decreased because of the unification; the subsidy policy is in continuation; in Spain, the ratio of coal accounted for in the primary energy supply was 13.5% in 1997 and the quantity of coal production in 1998 was 12.5 mill.TCE/year; unification of coal operators has not been advanced as far as in Germany; and the subsidy is provided as in Germany. (NEDO)

  8. Fiscal 1999 research on geothermal energy development promotion. Research report on development feasibility (Strategic survey - nationwide survey); 1999 nendo chinetsu kaihatsu sokushin chosa hokokusho. Kaihatsu kanosei chosa (senryakuteki chosa zenkoku chosa)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-10-01

    Analysis and assessment were conducted for each of promising geothermal regions over large areas so as to contribute to the drafting of survey implementation plans and estimation of the amounts of recoverable geothermal reserves under the geothermal energy development promotion project. In this fiscal year, based on the manual compiled in the preceding fiscal year, studies were made on the six areas, which were the eastern part of Hokkaido, Toyoha-Niseko area, Iburi area, Bandai-Azuma area, Minamiaizu-Nasu area, and the island area. In region 1 in the eastern part of Hokkaido, a 48km{sup 2} was extracted in the vicinity of Mount Musa, with the amount of resources per 1km{sup 2} estimated at 12.34-56.02MWe. In region 2 in the eastern part of Hokkaido, promising geothermal regions I, II, III, and IV were extracted, with the amounts of resources per 1km{sup 2} estimated at 50MWe or more at III and part of IV. In the Toyoha-Niseko area, promising regions I and II were extracted, the amounts of resources estimated at 50MWe or more in both regions. For the Iburi area, it was concluded that there was a probability of not less than 90% that the amount of resources was 50MWe or more and it was proposed that an additional survey be conducted. As for the Bandai-Azuma, Minamiaizu-Nasu, and island areas, need of further surveys was pointed out. (NEDO)

  9. Fiscal 1993 survey of the base arrangement promotion for foreign coal import. Survey of the general situation of Thai coal; 1993 nendo kaigaitan yunyu kiban seibi sokushin chosa. Thai sekitan sogo jijo chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1994-03-01

    The paper reported the energy situation in Thailand, the present and future status of coal supply/demand, the present situation of environmental policy and air pollution prevention policy and problems concerning coal and the measures for solution, and a possibility of Japan`s cooperation. In Thailand, the total coal supply amount in 1992 is 16.079 million tons, which is 9.1% of all the primary energy supply amount. The country produces only a few amount of anthracite and subbituminous coal beside brown coal. The domestic coal equals brown coal, the production of which was 15.335 million tons in 1992, 13.9% of all the primary energy demand. Concerning brown coal, 79.7% of all the brown coal supply are for electric power use, and others for industrial use such as the cement industry. The remaining reserve in developed areas is 151.4 billion tons, and the proven reserve in undeveloped areas 756 million tons. The demand for import coal was 11.25 million tons in 1996, and is expected to be 201.73 million tons in 2000. The paper pointed out some problems arising from coal production and spread of coal utilization, and described measures to solve the problems and fields where there are possibilities of Japan`s cooperation. 36 refs., 44 figs., 73 tabs.

  10. Fiscal 1992 survey report. Promotion of coal importing base buildup (How ocean freight system should be in the future); 1992 nendo kaigaitan yunyu kiban seibi sokushin chosa. Kongo no gaiko yuso taisei no arikata ni tsuite

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1993-03-01

    When a general view is taken of coal chains that connect overseas coal suppliers to Japan's end users, it is found that no survey has ever been made to sufficiently explain marine transportation of coal. It is now expected that the gap between supply of and demand for shipping tonnage will widen thanks to a sharp increase supposed to emerge in the demand for overseas coal in the future and that a scarcity of tonnage will impede stable space securing for coal and economically viable coal transportation. Such being the case, this project aims to investigate the ocean freight systems to serve between overseas coal shipping ports and Japan's coal receiving bases and the current states and problems of cargo facilities in Japan, to study how to build up a shipping space securing system which will properly deal with an increase in the import of steam coal from abroad, and to contribute to the formation of measures for enabling smooth transportation of coal from overseas. The survey conducted for this purpose covers the present conditions of Japan's ocean freight systems and of its coal receiving bases, present conditions of transportation by oceangoing ships in the Pacific basin, compilation of a list of oceangoing ships, prediction of ocean freight transportation and supply of transportation service, prediction of ocean freight cost in the future, and putting in an easy-to-review order the tasks to be accomplished for the enhancement of coal transportation by oceangoing ships. (NEDO)

  11. Promotion of the formation of environmentally friendly energy community (FY 2000). Demonstration of the gas turbine repowering waste combined power generation technology; 2000 nendo kankyo chowagata energy community keisei sokushin seika hokokusho. Gas turbine repowering haikibutsu fukugo hatsuden gijutsu jissho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    Demonstrative operation was conducted of the super waste power generation system in which the low temperature steam generated in waste incinerator is raised in temperature using the combustion exhaust gas emitted after the power generation using another gas turbine for conducting the steam turbine power generation with high efficiency. The FY 2000 results were summed up. In the demonstrative operation, operation and data acquisition/analysis were conducted following the previous fiscal year by 25MW class gas turbine repowering waste combined power generation facilities (Takahama power plant). Further, four years after the start of operation, the secular variation was studied by disassembly/inspection of equipment. As a result of the operation, the thermal efficiency was approximately 35%, much higher than the existing waste power generation. It was verified that the power system was maintained by the same maintenance as that of the ordinary power system. Moreover, the important point of this system is that no special corrosion resistant materials are used and that the high-efficiency waste power generation was demonstrated by combining the existing equipment. It can be said that the super waste power system has high qualities for forming energy community as a regionally dispersed stabilized power source. (NEDO)

  12. Achievement report for fiscal 2000 on investigations and researches on promotion of utilization of waste energies that can deal with environmental load suppression; 2000 nendo kankyo fuka yokusei taio haikibutsu energy riyo sokushin chosa kenkyu seika hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    This paper describes the achievements in fiscal 2000 in investigating generation mechanisms and suppression of dioxins from refuse incinerators, and in investigating non-bromine flame retardant materials (having a possibility of generating hazardous material such as bromine-based dioxin during combustion). To produce poly-chlorinated dibenzo-para-dioxins (PCDDs)/PC dibenzo furans (PCDFs) (dioxins, but not containing Co-PCB) in a small fluidized bed combustor for simulated refuse derived fuel (RDF), both of chlorine source and hydrocarbon are required. If the primary combustion furnace temperature is high and the air excess rate is low, the concentration of the dioxins increase. In addition, since oxygen shortage in temporal and spatial locals or excessive concentration zone of unburned hydrocarbons imposes great effect, promotion of turbulence mixing is important. In producing dioxins, vaporization from dust due to interference with the combustion gas, and copper and iron catalysts have great effect, whereas SOx in the combustion gas has suppression effect. Flame retardant materials can provide specific flame retardation effect to particular plastics in a temperature zone slightly lower than the combustion temperature. The paper also describes development of new flame retardant materials. (NEDO)

  13. FY 1996 Report on the data processing for the geothermal development promotion investigation. No.B-3 Kumaishi Area (Phase 2); 1996 nendo chinetsu kaihatsu sokushin data shori hokokusho. 2 . No.B-3 Kumaishi chiiki

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-01-01

    Described herein are the FY 1996 results of the No.B-3 Kumaishi Area investigation, conducted as part of the geothermal development promotion investigation project. The ground investigation project covers geological and altered band, geochemical, gravitational and electromagnetic investigations. The drilling investigation project covers the test drilling for the structural investigation, temperature logging, water injection and temperature recovery tests at the N7-KI-1, N7-KI-2, N8-KI-3 and N8-KI-4; core cutting investigation; hot water investigation at the N8-KI-1 and N8-KI-2; and environmental impact investigation. The following conclusions are derived from the findings. The geothermal hot water in the test area came from seawater (fossil seawater) locally captured by the highly water-permeable strata (e.g., interfaces in the strata, and fractured strata) and underground water from rain water, heated by the conducted heat to around 200 degrees C at the highest. It is estimated that the center of the conducted heat is located in the eastern part of the Yagumo Area. The geothermal hot water was not heated to an extent to form the widely distributed convection systems, but arise in the form of separate, small-scale systems. (NEDO)

  14. Report on the surveys in fiscal 1999 on the summary of new energy proliferation and promotion policies in the U.S.A.; 1999 nendo Beikoku ni okeru shin energy fukyu sokushin seisaku no gaiyo chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    This paper reports the surveys in fiscal 1999 on the summary of new energy promotion policies in the U.S.A. The ratio of regenerative energies to all energy in the U.S.A. is 10%. On the other hand, efforts are given on marine energy investigations, and to make hydrogen useful as one of the energy sources. The Matsunaga hydrogen research and development act was enacted in 1990, and so was the hydrogen's future act in 1996 to move positively forward the development thereof. The federal government has announced positive use of substitution fuel using automobiles in the presidential ordinance, whereas the ratio of the substitution fuel cars accounted for in those used by governmental organizations is planned to be 75% in fiscal 1999. At the Kyoto Conference for Global Warming-up Prevention, America was obligated to reduce by 2012 the greenhouse effect gas by 7% against the generation in 1990, but it rejected the proposition saying the country is unable to approve it without participation of developing countries. In 1998, America announced the collective national energy strategy, and recommended utilization of regenerative energies to prevent climate changes. In April 1999, President Clinton issued the plan for governmental greening, and ordered suppression of generation of air polluting substances. In August of the same year, a presidential ordinance was promulgated on developing and promoting use of the bio-energies. (NEDO)

  15. FY 1990 report on the survey of geothermal development promotion. Survey of environmental effects before jetting (No.34 - Kaminoyu/Santai area); 1990 nendo chinetsu kaihatsu sokushin chosa. No.34 Kaminoyu Santai chiiki - Funki zen kankyo eikyo chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1992-01-01

    For the evaluation of effects of geothermal development on the peripheral environment in the Kaminoyu/Santai area in the southwest part of Hokkaido, survey of the present situation of the environment was made. As a result of the survey, as to the climate of this area, the mean temperature, precipitation, etc. were almost the same as those of the nearest meteorological office of Hakodate, and the wind velocity was lower. Concerning the air, the mean concentration of H{sub 2}S was 0.8-3.6 ppb, SO2 was less than the detectable limiting value, Hg was 0.018-0.12 {mu}g/m{sup 3}N in average, and suspended particulate was 0.014-0.028 mg/m{sup 3}. Each of them satisfied the environmental criteria and the control level. The water quality satisfied the AA type criteria at every point of the river surveyed. The noise/vibration at the time of well drilling were 47-50dB at 10m measuring point and less than the lower limit of measuring at measuring points farther than 50m measuring point/100m measuring point. Every hot spring was drilled and spontaneously welling, and variations in spring temperature/welling amount were comparatively small. Micro earthquakes of 495 were observed in 47 days in total. Besides, survey was made of animals, plants, soils, scenery, etc. (NEDO)

  16. Fiscal 1999 geothermal development promotion survey. Development potentiality survey - Strategic survey/nation-wide survey (Report on Hokkaido region); 1999 nendo chinetsu kaihatsu sokushin chosa. Kaihatsu kanosei chosa - senryakuteki chosa zenkoku chosa (Hokkaido chiiki hokokusho)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-08-01

    For the effective implementation of the survey, an analysis was conducted into areas expected to be successfully developed for geothermal energy, and promising areas and prioritized survey areas were selected. Data then in existence were collected at the Doto district 1, Doto district 2, Toyoha-Niseko district, and the Iburi district and subjected to reanalysis, and a wide area geothermal system conceptual model was built. Using the model, development-promising areas were extracted, the amount of resources was assessed, and an optimum survey program was prepared. One promising area was selected in the Doto district 1, four in the Doto district 2, two in the Toyoha-Niseko district, and one in the Iburi district. As prioritized survey areas, Musadake was selected in the Doto district 1; Yoichidake, Yunosawa, and Takinosawa in the Toyoha-Niseko district; and Raibadake in the Iburi district. A Monte Carlo analysis was conducted, and the result indicated that Musakake had 93-121MWe in resources of which 55MWe would be exploitable with a probability of not less than 90%. (NEDO)

  17. Investigation of geothermal development and promotion for fiscal 1997. Fluid geochemical investigation (hot-spring gas) report (No. B-5 Musadake area); 1997 nendo chinetsu kaihatus sokushin chosa. Ryutai chikagaku chosa (onsen gas) hokokusho (No.B-5 Musadake chiiki)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-03-01

    This investigation elucidated the possible existence of geothermal reservoir layer in the subject area by studying and analyzing the hot-spring gasses of Musadake. The Musadake area is the one extending over Shibetu-cho and Nakashibetu-cho, Shibetu district, Hokkaido. The sampling of the hot-spring gasses was carried out at three natural gusher sites and one hot spring well site. The gasses in the Kawakita hot spring is most affected by volcanic gasses. The origin of the volcanic gasses is a magmatic gas of andesite nature the {sup 3}He/{sup 4}He ratio of which is 8X10{sup -6} or about. As a result of the analysis, the hot-spring water is Na-Cl type, high salt concentrated, and 200 degrees C in temperature; from the result of a gas geochemical thermometer, it is estimated to be not less than 250 degrees C. In the tectonic viewpoint, the depth hot water is derived from the meteorite water that flows in through a bent zone incident to the Musadake-Shitabanupuri mountain fault and from the fossil sea water that exists in the underground depth; the depth hot water is formed by conduction heat from a magma reservoir that formed Musadake and by volcanic ejecta. This depth hot water rises along Kawakita south, Urappu River fault, etc., mixing with the meteorite water and forming the shallow reservoir layer. (NEDO)

  18. FY 1996 geothermal development/promotion survey. Report of hot water survey results (No. B-3 Kumaishi area); 1996 nendo chinetsu kaihatsu sokushin chosa. Nessui no chosa hokokusho (No.B-3 Kumaishi chiiki)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1997-12-01

    Reported herein are the survey results of hot water in the Kumaishi area, Hokkaido, as part of the FY 1996 geothermal development/promotion survey project. A total of 277 spouting guidance tests were conducted by the swabbing method for 10 days at the N7-KI-1 well, which, however, failed to achieve continuous spouting of geothermal fluid. A total of 144 swabbing tests were conducted for 8 days at the N7-KI-2 well. The geothermal fluid is spontaneously spouted out, although intermittently, after the main valve was opened, because it had a pressure of 4.1 kg/cm{sup 2} G at the mouth of the well from the first. However, the final self-spouting quantity remained unchanged in spite of the guidance works. The hot water had a pH 6.4, and contained Na as a cation at 8,940 mg/L and Cl as an anion at 14,500 mg/L as the major impurities. The associated gas was mainly composed of carbon dioxide, containing little hydrogen sulfide. The hot water spouted out through the wells contained Na and a high concentration of Cl as the major impurities, suggesting possibility of mixing hot water containing a high concentration of salt with surface water. It is considered that neither hot water nor its impurity concentrations are evenly distributed in the deep underground of the Kumaishi area. It is therefore considered that the deep underground hot water sources for hot spring slightly vary in composition and impurity concentrations. (NEDO)

  19. Report on the surveys in fiscal 1999 on the summary of new energy proliferation and promotion policies in Canada; 1999 nendo Canada ni okeru shin energy fukyu sokushin seisaku no gaiyo chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    This paper reports the surveys in fiscal 1999 on the new energy promotion policies in Canada. At the Kyoto Conference for Global Warming Prevention, Canada agreed to reduce gas discharge in 2008 through 2012 by 6% from that in 1990 as the reduction target considered realizable while maintaining the trade competitive power. The Ministry for Natural Resources encourages enhancement in energy efficiency and use of substitution energy resources, and pushes forward the promotion programs. The government imposes the world's most stringent energy efficiency criteria on electric products through the high-efficiency and substitution energy program. In the regenerative energy technologies, the government supports use of regenerative energies from the cost and environmental influence aspects. In the energy development programs, the government supports eleven ministries and agencies for energy related research and development activities. In the regenerative energy development plan, targets are set on promotion of air conditioning and hot water supply systems utilizing such regenerative energies as solar light, biomass, and underground heat. The importance is placed not only on development of new technologies, but also on marketing technologies. (NEDO)

  20. FY 1997 report on the data processing of the geothermal development promotion survey. Primary. No.B-5 Mt. Musadake area; 1997 nendo chinetsu kaihatsu sokushin chosa data shori hokokusho. No. B-5 Musadake chiiki (Dai 1 ji)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-06-01

    As part of the geothermal development promotion survey, the comprehensive analysis was made on the survey of the existence amount of geothermal resource in the Mt. Musadake area, Shibetsu county, Hokkaido, which was conducted in FY 1997. In the surface survey, the following were carried out: survey of geology/alteration zone, age determination of rocks, alteration age determination by thermoluminescence method, geochemical survey (hot spring gas, hot spring water), gravity exploration and electromagnetic exploration. In the survey of environmental effects, survey of flora/fauna and survey of hot spring variations were made. The results of the analysis were outlined as follows. The geothermal system in this area seems to be controlled by the Mt. Musadake - Mt. Shitabanupuri fault, folding zone along the fault and Graben-state structure extending southeast of the zone. At deep underground, the existence of the deep geothermal water forming geothermal reservoirs is presumed, and the deep geothermal water seems to be helped by the thermal conduction and volcanic effluences from the magma reservoir related to a series of volcanoes, centered on Mt. Musadake that is regarded as heat source. The geothermal water has a temperature of over 250 degrees C and a high Cl concentration. (NEDO)

  1. FY 1999 report on the data processing of the geothermal development promotion survey. No. A-4 Kunbetsudake area (Secondary); 1999 nendo chinetsu kaihatsu sokushin chosa data shori hokokusho. No.A-4 Kunbetsudake chiiki (dai 2 ji)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-10-01

    This survey studies possibilities of geothermal resource existence by checking the presence of high temperature anomaly by a wide-area survey with the aim of extracting the area for Survey B and Survey C to be conducted. The area for survey is an area of approximately 300km{sup 2} including Shibetsu town, Shibetsu county, and Rausu town, Menashi county, which are located east of Hokkaido. Conceptual models of the geothermal system in this area which are thought of from the results of the survey are as follows. It is assumed that heat source exists deeply in Unabetsudake (Mt. Unabetsu). From the fact that the K-Ar method age of the ejecta is 0.5Ma and the TL method age of the rate. (NEDO)ch the position of drilling of the well for survey of heeffective as heat source. It is thought that the water of hot spring/mineral spring came to indicate various spring qualities by mixture of meteoric water and fossil seawater at various ratios. The fossil seawater and old meteoric water are being heated by thermal conduction. The mixture with the original water of Kawakita hot spa is recognized in Shibetsu Kanayama hot spa. It is assumed that the high temperature area exists mostly in Unabetsudake, but the spread does not reach the position of drilling of the well for survey of heat flow rate. (NEDO)

  2. Fiscal 1999 geothermal development promotion survey report. Data processing (No. B-5 - Musadake region - Phase 3); 1999 nendo chinetsu kaihatsu sokushin chosa data shori hokokusho. No. B-5 Musadake chiiki (Dai 3 ji)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-01-01

    A comprehensive analysis was conducted into the results of a survey on the state of existence of geothermal energy resources in the Musadake region, Shibetsu-gun, Hokkaido. The region was volcanically active in the period from the Neogene period into the quaternary, with some volcanos still active even today. The geological structure on the whole is characterized by the Musadake/Mt. Shitabanupuri fault which is the major structure running NNE-SSW and having a folding structure. It is inferred that Musadake is the heat source responsible for the underground temperature distribution in this region. The maximum temperature of 274 degrees C is recorded at borehole N11-MD-3 in the northeastern part of Musadake, and the temperature falls rapidly as the distance from the borehole increases. Ejection of geothermal fluids is observed at boreholes N11-MD-3 and N11-MD-4. It is inferred that the deep-seated geothermal water is of the neutral Cl type with Cl concentration estimated at approximately 12,000 mg/liter. Steam composition is characterized by a gas concentration level that is as high as 3-4 vol.%. The gas is composedly mainly of CO2 and contains some hydrocarbons. Fluids in this region are classified into water mixing into deep-seated geothermal water and groundwater originating in meteoric water. (NEDO)

  3. FY 1998 report on the data processing of the geothermal development promotion survey. Secondary. No.B-5 Mt. Musadake area; 1998 nendo chinetsu kaihatsu sokushin chosa data shori hokokusho. No. B-5 Musadake chiiki (Dai 2 ji)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-01-01

    As part of the geothermal development promotion survey, the comprehensive analysis was made on the survey of the existence amount of geothermal resource in the Mt. Musadake area, Shibetsu county, Hokkaido, which was conducted in FY 1997 and FY 1998. In the surface survey, the following were carried out: survey of geology/alteration zone, geochemical survey, gravity exploration, wide-area gravity/magnetic structure analysis, seismic exploration, etc. In the well exploration, structural boreholes N10-MD-1 and N10-MD-2 were drilled, and the following were conducted: temperature logging/temperature recovery test, electric logging, water injection test and survey of core cuttings. For borehole N10-MD-2, the survey of geothermal water was made. In the survey of environmental effects, survey of flora/fauna and survey of hot spring variations were conducted. The results of the analysis were outlined as follows. At deep underground, the existence of the deep geothermal water forming geothermal reservoirs is presumed, and the deep geothermal water seems to be helped by the thermal conduction from the magma reservoir related to a series of volcanoes, centered on Mt. Musadake that is regarded as heat source. The geothermal water has a temperature of over 250 degrees C and a high Cl concentration. (NEDO)

  4. FY 1998 Geothermal development promotion study. Report on results of the elastic wave exploitation (reflection method) in No.B-6, Tsujinodake area; 1998 nendo chinetsu kaihatsu sokushin chosa. Danseiha tansa (hanshaho) hokokusho (No.B-6 Tsujinodake chiiki)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-01-01

    The elastic wave exploitation (reflection method) was conducted to elucidate the geothermal reservoirs, estimated to exist on the Ata caldera walls in the Tsujino area, Kagoshima Pref. The elastic wave exploitation used large-size vibrators as the vibration sources and 4 courses of traverse (total length: 6.56 km, number of vibration-receiving points: 332, and number of vibration source points: 102). The data were processed by the standard procedure of the common reflection synthesis method. The geological structures were analyzed by comparing the existing geological data with the data obtained at the drilling. The analysis results suggest that the Ata caldera walls considered to exist in the surveyed area possibly correspond to the vicinity of the default existing at the south-east boundary of the collapse structure. The analysis of the geothermal structures suggest that the sheet-shaped intruding rocks, considered to exist at a depth of around 1,000 m in the vicinity of the Kaimon hot spring resort, was possibly formed by the magma ascending along the default. The presence of the magma reservoirs deep below the area is strongly suggested to work as the heat source for the area. (NEDO)

  5. Fiscal 1997 survey of the overseas coal import base preparation/improvement. Survey of a coal flow in China; 1997 nendo kaigaitan yunyu kiban seibi sokushin chosa. Chugoku ni okeru coal flow ni kansuru chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-03-01

    The paper surveyed the preparation of the coal transportation infrastructure, status of its running, economical efficiency, etc. in terms mainly of the trend of coal production/consumption in China, and coal railroad/water transportation and electric power transportation by mine-mouth power generation. From the survey, the following conclusions were obtained. As to the coal which China uses as a main energy for maintaining the present high economic growth as targeted, there will remain the coal transportation problem between production site (north and west) and consumption site (east and south) still in the future (in 2000 and 2010). China is now facing with a big turning point in a socioeconomic aspect. The advancing opening market policy brought steep rises in energy prices such as coal and electric power, which is affecting various fields. Further, the energy related laws, which were unprepared, are abruptly being prepared, and the environment for the introduction of foreign investment, which is expected to be accelerated, is being prepared. In the future, attention should be paid to environmental problems such as air pollution, acid rain and global warming. 48 figs., 96 tabs.

  6. Fiscal 1998 geothermal energy development promotion survey. Report on data processing (No. B-6 - Tsujinodake area - Phase 2); 1998 nendo chinetsu kaihatsu sokushin chosa data shori hokokusho. 2. No.B-6 Tsujinodake chiiki

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-01-01

    The result of the data processing (Phase 1) and the result of the 1998 survey carried out for the Tsujinodake area, Kagoshima Prefecture, were subjected to a comprehensive analysis, and the state of existence of geothermal resources in this area was compiled into a report. In fiscal 1998, structural boring (N10-TD-1), thermal water examination, seismic exploration, environmental impact assessment, fluid inclusion examination, and rock dating were conducted. Some findings obtained from the comprehensive analysis are mentioned below. In the vicinity of structural borehole N10-TD-1, fluids move along geological boundaries and in permeable layers in the horizontal direction, with an aquiclude serving as a border. At levels deeper than 980m, there flows a mixture of seawater heated to approximately 135 degrees C by thermal conduction and water originating in Lake Ikeda. Still deeper, water from Ikeda Lake flows in and lowers the temperature. It is suggested that there may be a sharp and abrupt rise in temperature at levels deeper than the cooling region near the bottom of structural borehole N10-TD-1. It is inferred that the magma reservoir that produced the Tsujinodake lava is small as a heat source or that it has not yet formed a high temperature geothermal system shallow in the ground. (NEDO)

  7. FY 1992 report on the survey of geothermal development promotion. Gravity prospecting (No. A-1 - Haneyama area); 1992 nendo chinetsu kaihatsu sokushin chosa chijo chosa hokokusho futai shiryo. Juryoku tansa hokokusho (No. A-1 Haneyama chiiki)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1993-05-01

    For the contribution to elucidation of the geothermal structure in the Haneyama area in Oita Prefecture, gravity prospecting was conducted. Survey was carried out in the area of about 280km{sup 2} at 205 measuring points, and analysis was made altogether with the existing 3,273 gravity measuring points. As a result, the following were made clear. The gravity basement forms the fault-state structure that sinks several 100 meters to the south side on the line from the south edge of the Higashi-shiiya ridge to Mt. Kurotake - Mt. Daigansen - Amagase hot spring in the SW direction. This fault was made correspondent to the Beppu north fault on the east side of Mt. Kurodake. Each of the following regions is the region where the fault-state structure that predicts the development of fracture and the area of distribution of alteration zone that can be cap rock overlap each other: NW edge of Shishimuta sedimentation zone - Machida alteration zone distribution area; N edge of the Shishimuta sedimentation zone - Ibushi alteration zone/Noya alteration zone distribution area; Vicinity of Mt. Kurodake - Hijiu alteration zone distribution area. It seems that the above-mentioned regions have high potentiality of geothermal exploration. The region where new igneous activities are seen, which is near the heat source, is important for exploration. The distribution area is seen near the west of the Mizuwake Pass ridge. (NEDO)

  8. FY 1994 report on the survey of geothermal development promotion. Complementary survey on the fracture system, etc. (Wasabizawa area); 1994 nendo chinetsu kaihatsu sokushin chosa sogo kaiseki hokokusho futai shiryo. Wasabizawa chiiki danretsu kei tou hokan chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1995-12-01

    For the contribution to elucidation of the geothermal structure in the Wasabizawa area, Akita Prefecture, survey by the paleomagnetic measurement and fracture system measurement was conducted of the borehole cores and specimens of outcrop granite obtained from boreholes of N6-WZ-3 and N6-WZ-4. In the survey, the following were carried out: measurement of the core fracture system of N6-WZ-3 (102-1,505m) and N6-WZ-4 (507-1,556m), paleomagnetic measurement of 9 outcrop granite specimens and 16 core specimens, and k/Ar age determination of 3 outcrop granite specimens. As a result of the paleomagnetic measurement of outcrop granite, the magnetization azimuth of the schistose granodiorite distributed in Kuwanosawa was regarded as almost NS. The measured magnetization azimuth of the core specimen obtained from the same rock mass was also made NS-based, and measurement of the fracture in the neighborhood was made. As a result, it was found out that the NNW system was dominant in dikes and that there was the NE system in most of the small geothermal channels. The fracture system of well tended to develop around the boundary between granite and metamorphic rock, and it was thought that this part could be a reservoir if temperature conditions are prepared. (NEDO)

  9. Fiscal 1998 research report on promotion of geothermal development. Environment impact research report (No. A-4 Kunbetsu-Dake area); 1998 nendo chinetsu kaihatsu sokushin chosa. Kankyo eikyo chosa hokokusho (No.A-4 Kunbetsu chiiki)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-06-01

    For extracting the areas to be conserved from the viewpoint of environment for the research on geothermal well drilling, the environment impact research was made on the protection and regulation states of animals and plants in Kunbetsu-Dake area. 46 species in 12 families of mammals were confirmed in/around the area by document survey, and among them 19 species in 10 families of mammals were important academically. 340 species in 55 families of birds were confirmed, and among them 79 species in 29 families of birds were important academically. 3 species in 3 families of amphibians, and 6 species in 4 families of reptiles were confirmed, and among them 1 species of amphibian was important. 873 species in 135 families of land insects were confirmed, and among them 20 species in 11 families were important. 1055 species in 115 families of plants were confirmed, and among them 126 species in 46 families were important. Most of vegetation was 9 or more in degree of naturalness. The peripheral area of Kaibetsu-Dake is the plant colony area specified by the 2nd basic survey on natural environmental conservation (Environment Agency). (NEDO)

  10. Fiscal 1998 survey for geothermal energy development promotion. Environmental impact survey report (No. B-7 Kuwanosawa region); 1998 nendo chinetsu kaihatsu sokushin chosa. Kankyo eikyo chosa hokokusho (No.B-7 Kuwanosawa chiiki)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-09-01

    This survey aims to learn the current states of environmental factors required for the comprehension of the impacts on surroundings of a structural boring for geothermal energy exploration. The target site is an approximately 10km{sup 2}-large area located among the mountains 20km south-south-east of Yuzawa City, Akita Prefecture. It is found that numerous animals and vegetables inhabit the Kuwanosawa region and its vicinity. They are 19 species of mammals in 10 families under 5 orders; 73 species of birds in 25 families under 10 orders; 6 species of reptiles in 13 families; 9 species of amphibians in 6 families under 2 orders; and 719 species of insects in 179 families under 17 orders. Valuable animals include flying squirrels, mandarin ducks, black salamanders, and small Gifu butterflies. There are 670 species of vegetables in 132 families. Valuable vegetables are Iinuma bulblets, wild rhubarb roots, and Amur adonises. Floras found in existence are a natural flora in the beech class area, compensatory flora in the beech class area, afforested area, and a flora in the crop land. No remarkable fluctuation was observed in the Takamatsu spa throughout the survey period. Fluctuations were observed in all the survey items at the Doroyu-Okuyama inn. (NEDO)

  11. Report on the results of the fiscal 1998 survey of arrangement/promotion of the overseas coal import base. Model survey for high level coal utilization promotion models (survey of the present and future situation of coal energy after COP3); 1998 nendo kaigaitan yunyu kiban seibi sokushin chosa (sekitan kodo riyo sokushin model chosa). COP3 iko no sekitan energy no genjo oyobi shorai chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-09-01

    For the purpose of contributing to the future coal industrial policy of Japan, an investigational study was conducted on the nature of coal as resource, the production/utilization status, policies of other countries, etc. The coal demand during the period of 1991 through 1995 rapidly increased in Asia, slightly rose in North America, decreased in East and West Europe, and largely declined in the former U.S.S.R. The energy demand showed a large growth rate with the economic growth in developing Asian countries in and after the 1980s as a background. The power demand which supports the economic growth will continue to improve. It connects with the coal demand in Asia, and the coal demand seems to rapidly increase. Further, the global warming issue became a great matter of concern in the 1990s. Coal, which emits more CO2 per unit calorific value than oil and natural gas, is not a powerful candidate for petroleum substituting energy as used to be regarded, but became a bad thing. Moreover, recently the economic stagnation in Asia which was triggered by the currency crisis has long been continuing, and it started to appear that the coal consumption will possibly fall very short of the prediction. The future is unclear. 20 refs., 25 figs., 39 tabs.

  12. Of Packs & Lone Wolves: Interview with Ellis Amdur Regarding Japanese Martial Traditions, by Peter Hobart

    Directory of Open Access Journals (Sweden)

    Peter Hobart

    2012-07-01

    Full Text Available There are some significant differences in the manner that the classical Japanese martial arts are practiced in the East and in the West. Among these are the student-teacher relationship, the degree of formality and the level of emphasis on etiquette in the dojo. In this interview, noted martial arts teacher Ellis Amdur, who spent thirteen of his more than forty years of martial practice studying in Japan, explores these and other concepts, vital to anyone who wishes to understand the way these arts are (or were taught in the country of their origin. He also discusses the two particular martial systems (koryu which he is licensed to teach: Araki-ryu, a rugged system that emphasizes close combat; and Toda-ha Buko-ryu, a system specializing in the use of the naginata against a variety of weapons.

  13. FY 2000 report on the survey project on the policy for international energy utilization rationalization, etc. - model project on the heightening of international energy consumption efficiency. Viability survey of the project on energy conservation in the urea synthesis process in India; 2000 nendo kokusai energy shiyo gorika nado taisaku jigyo - kokusai energy shohi koritsuka nado model jigyo chosa hokokusho. Indo ni okeru nyoso gosei process sho energy jigyo jisshi kanosei chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    For the purpose of conserving energy and reducing greenhouse effect gas, a remodeling project was studied of urea plants constructed from the 1960s to the 1970s. Conditions for being companies for study are as follows: company has a production scale of more than 0.2 million t/y, adopts the complete circulation method, and will continue operation. And, Duncans Industries Ltd. (DIL) was selected. DIL owns the ammonia plant of 3 series x 400 t/d and the urea plant of 3 series x 682 t/d. In the modeling, stripper and carbamate condenser are added to the existing reactor as the main equipment. As a result of the study, the energy conservation effect was 13,667 toe/y, and the amount of reduction in greenhouse effect gas was 42,289 t-CO2/y. The total amount of this project was roughly estimated at 1.517 billion yen. By carrying out the project, the urea production cost is reduced approximately $9/t, but the project becomes unprofitable if the urea price is based on $188.1/t. (NEDO)

  14. Fiscal 1998 research report (continued from the fiscal 1997 project). International survey project for rational energy use / Basic survey on efficient energy use in developing countries (Database construction project) / Survey on Japanese energy conservation technologies; 1998 nendo (1997 nendo jigyo kurikoshi) kokusai energy shiyo gorika nado chosa jigyo hatten tojokoku energy shohi koritsuka kiso chosa (database kochiku jigyo) chosa hokokusho. Nippon no sho energy gijutsu ni kansuru chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-02-01

    As a part of development of the energy conservation technology database, revision was made on 'Directory of Energy Conservation Technology in Japan' which was published to present the energy conservation technology of the Japanese energy-intensive industry to Asian countries in fiscal 1996. The previous directory was composed of 307 technical items, and 126 items among them were deleted and new 63 items were added through this revision. The technologies with energy conservation effects more than 10% were mainly selected by knowledge of the industrial members of the committee and other specialists. The energy conservation effect widely ranges from low-level one to high-level one, and the number of all the energy conservation technologies is enormous. Consequently, it should be considered that the applicable extent of the energy conservation technologies is dependent on the energy cost or economical situation of Japan and developing countries. (NEDO)

  15. Fiscal 1998 research report. Construction model project of the human sensory database; 1998 nendo ningen kankaku database kochiku model jigyo seika hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    This report summarizes the fiscal 1998 research result on construction of the human sensory database. The human sensory database for evaluating working environment was constructed on the basis of the measurement result on human sensory data (stress and fatigue) of 400 examinees at fields (transport field, control room and office) and in a laboratory. By using the newly developed standard measurement protocol for evaluating summer clothing (shirt, slacks and underwear), the database composed of the evaluation experiment results and the comparative experiment results on human physiological and sensory data of aged and young people was constructed. The database is featured by easy retrieval of various information concerned corresponding to requirements of tasks and use purposes. For evaluating the mass data with large time variation read corresponding to use purposes for every scene, the data detection support technique was adopted paying attention to physical and psychological variable phases, and mind and body events. A meaning of reaction and a hint for necessary measures are showed for every phase and event. (NEDO)

  16. 17th Business Report Meeting of New Energy Industrial Technology Development Organization (NEDO). Outline of business; Dai 17 kai NEDO jigyo hokokukai. Gyomu gaiyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1997-09-25

    This is a report on the 17th Business Report Meeting of NEDO held in September, 1997. In Chapter 1, NEDO's business activities were outlined in terms of new energy, industrial technology, coal policy, compensation for coal mine pollution, alcohol production, etc. In Chapter 2, described were NEDO's budget and account settlement. In Chapter 3, reported were the FY 1996 results of the development of new energy, that is, the development of solar energy utilization technology, geothermal resource development, development of geothermal energy utilization technology, development of coal energy utilization technology, development of coal resource, development of fuel/storage technology, development of hydrogen/alcohol/biomass technology, development of other petroleum substituting energy technology, project for promotion of new energy introduction, project on international energy policy, project on development/introduction survey, and project on information service by NEDO Information Center. In Chapter 4, as the FY 1996 results of the R and D of industrial technology, etc., described were R and D projects, medical/welfare equipment related project, R and D projects on environmental technology, and international industry technology related projects. In Chapters 5 and 6, stated was the coal related project. In Chapter 7, mentioned was the alcohol production project. (NEDO)

  17. Wind power development field test project at Okkobe-cho. Close survey on wind conditions; Okkobecho ni okeru furyoku kaihatsu field test jigyo (fukyo seisa) hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-11-01

    A survey was made on regional wind conditions on the assumption that a wind power generator was installed around Okkobe Rakuno-no-oka, Okkobe-cho, Monbetsu-gun, Hokkaido. The survey period was one year from Oct., 1998 to Sept., 1999. The observations were carried out on the average wind velocity, average wind direction, standard deviation of velocity, and the maximum instantaneous wind velocity. With a fixed point observation at 20 m above ground, and with the minimum observation time unit of 10 minutes, an average value during the 10 minutes was determined as the measurement of each category. However, the maximum instantaneous wind velocity was determined on the measurement with the minimum observation time unit of 2 seconds. The average wind velocity was 4.8 m/s, the maximum wind velocity during the period was 29.9 m/s, the prevailing wind direction was WSW (17.1%), the wind axis was WSW-ENE, and the total occurrence rate of wind direction was 51.1%. The intensity of turbulence was 0.19 at a wind velocity of 2.0 m/s or above and was 0.16 at 4.0 m/s or above. An estimated annual operation rate of a windmill was 59-77% using the rated value of a 150 kW, 300 kW and 750 kW class windmills. (NEDO)

  18. Wind power development field test project at Hirashima, Sakito-cho. Detailed wind characteristics survey; Sakitocho Hirashima ni okeru furyoku kaihatsu field test jigyo (fukyo seisa) hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-11-01

    A detailed wind characteristics survey was conducted at Hirashima, Sakito-cho, Nishisonogi-gun, Nagasaki Prefecture, on the assumption that a wind power generation system would be constructed. The survey was a 1-year project from October 1998 through September 1999, and wind characteristics such as the average wind speed, average wind direction, standard deviation of wind velocity, and the maximum instantaneous wind speed were observed. The observation point was fixed at 20m above ground, the minimum time unit for observation was 10 minutes, and the 10-minute average value was defined as the measured value. For the maximum instantaneous wind speed, the minimum time unit for observation was set to be 2 seconds. The yearly average wind speed was 7.1m/s and the maximum wind speed in the period was 37m/s. Winds came prevalently from N (13.9%), and then from NNE (13.3%), NW (12.2%), and NE (10.7%). The total wind direction occurrence rate involving the 4 directions was 50.1%. Turbulence intensity was 0.14 at wind speed 2.0m/s or more and 0.12 at wind speed 4.0m/s or more. Estimated wind turbine yearly operating factors of 77-87% were obtained using rated values of a 150kW, 300kW, and 750kW-class wind turbines. (NEDO)

  19. Wind power development field test project at Maruyama-machi. Close survey on wind conditions; Maruyamamachi ni okeru furyoku kaihatsu field test jigyo (fukyo seisa) hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-11-01

    A survey was made on wind conditions in Maruyama-machi, Awa-gun, Chiba prefecture, on the assumption that a wind power generation system was installed therein. The survey period was one year from Oct., 1998 to Sept., 1999. The observations were carried out on the average wind velocity, average wind direction, standard deviation of velocity, and the maximum instantaneous wind velocity. With a fixed point observation at 20 m above ground, and with the minimum observation time unit of 10 minutes, an average value during the 10 minutes was determined as the measurement of each category. However, the maximum instantaneous wind velocity was determined on the measurement with the minimum observation time unit of 2 seconds. The average annual wind velocity was 3.5 m/s, the maximum wind velocity during the period was 27 m/s, and the wind axis was WSW-ENE, with the total occurrence rate of the wind direction 44.1%. The intensity of turbulence was 0.23 at a wind velocity of 2.0 m/s or above and was 0.22 at 4.0 m/s or above. An estimated annual operation rate of a windmill was 40-60% using the rated value of a 150 kW, 300 kW and 750 kW class windmills. (NEDO)

  20. Wind power development field test project at Ashibe-cho. Detailed wind characteristics survey; Ashibecho ni okeru furyoku kaihatsu field test jigyo (fukyo seisa) hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-11-01

    A detailed wind characteristics survey was conducted at Ashibe-cho, Iki-gun, Nagasaki Prefecture, on the assumption that a wind power generation system would be constructed. The survey was a 1-year project from October 1998 through September 1999, and wind characteristics such as the average wind speed, average wind direction, standard deviation of wind velocity, and the maximum instantaneous wind speed were observed. The observation point was fixed at 20m above ground, the minimum time unit for observation was 10 minutes, and the 10-minute average value was defined as the measured value. For the maximum instantaneous wind speed, the minimum time unit for observation was set to be 2 seconds. The yearly average wind speed was 5.8m/s and the maximum wind speed in the period was 35m/s. Winds came from the prevailing direction of NE (21.3%), and then from NNE (14.7%) and ENE (7.9%). The wind axis was in the NE-SW direction, and the total wind direction occurrence rate from the 6 directions was 60.2%. Turbulence intensity was 0.19 at wind speed 2.0m/s or more and 0.17 at wind speed 4.0m/s or more. Estimated wind turbine yearly operating factors of 66-84% were obtained using rated values of a 150kW, 300kW, and 750kW-class wind turbines. (NEDO)

  1. Report on the project on working out the new energy vision of Hisai City; 2001 nendo Hisai shi chiiki shin energy vision sakutei tou jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-03-01

    For the purpose of promoting the introduction of new energy and enhancing the awareness of it in Hisai City, Mie Prefecture, an investigational study was conducted of the energy demand structure, existence amount of new energy and project for new energy introduction, and a vision was worked out. The energy consumption amount of the city was 21,500 lorries in the industrial sector, 11,200 lorries in the transportation sector, 2,700 lorries in the business sector and 2,400 lorries in the residential sector in terms of tank-lorry loaded oil. As features, the following were cited: growth in the transportation sector, mostly in automobiles, was great; growth in the electric power consumption in the residential sector was great. As the project for new energy introduction, the following were supposed and studied in terms of the economical efficiency and environmental acceptability: introduction of cogeneration to hospital; introduction of ligneous biomass power generation to hospital; substitution of wood burning boiler for A heavy oil boiler for hot water supply use; introduction of photovoltaic power generation for home use and business use; introduction of solar heat use hot water supply device. (NEDO)

  2. Fiscal 1999 report on result of the model project for waste heat recovery in hot blast stove; 1999 nendo netsufuro hainetsu kaishu model jigyo seika hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-07-01

    For the purpose of curtailing energy consumption of the steel industry, a heavy energy consuming industry in China, a model project was carried out for waste heat recovery in a hot blast stove, with the fiscal 1999 results reported. In the process of this project, a heat exchanger for recovering heat is installed in the exhaust gas flue of a hot blast stove in ironworks, with sensible heat recovered through a heating medium. The heat exchanger for recovering heat and the preheating heat exchanger, which was installed in the main pipe for blast furnace gas and for combustion air, were connected by pressure piping, with the blast furnace gas and the combustion air preheated. In addition, a heating medium circulating pump for transporting the heating medium is installed, as are an expansion tank for absorbing expansion/contraction due to change in temperature, a heating medium storage tank for accepting the entire heating medium in the system for the maintenance of the equipment, and heating medium feeding pump, for example. This year, on the basis of the 'Agreement Annex', basic designs and detailed designs were performed for each equipment in the waste heat recovering equipment for the hot blast stove. Further, procurement and manufacturing were implemented for various component parts and devices of the waste heat recovering equipment. (NEDO)

  3. Fiscal 2000 comprehensive survey. Project for development of international standards for supporting novel industries; 2000 nendo shinki sangyo shiengata kokusai hyojun kaihatsu jigyo. Sogo chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    Research and development for creation of international standards had been under way for three years since fiscal 1998 for the sustenance and securement of Japan's technical advantage and for the enhancement of the international competitiveness of its industries. In the ultimate fiscal year for the project, studies were made for establishing standards relative to 13 subjects, involving the management of color reproduction, assurance of interoperability of optical disk systems, digital image processing for home-use digital electronic appliances, securement of connection between information devices for home-use electric appliances, production process system, method for testing and evaluating fine ceramics for communication equipment, method for evaluating high-temperature properties of new glass, method for testing and evaluating corrosion resistance of surface treated steel sheets, method for testing and evaluating pure titanium, method for testing and evaluating plastic optical fiber, method for evaluating properties of high-strength large-diameter steel pipe for ultrahigh-pressure natural gas pipeline, method for measuring fuel consumption of hybrid electric vehicles, method for calculating the recycling rate of automotive products, or the like. The fruits of 77% of the efforts have already been proposed as international standards or have arrived at a stage where they may be proposed as such. (NEDO)

  4. FY 1999 report on the survey of the international joint research project on medical welfare equipment; 1999 nendo iryo fukushi kiki kokusai kyodo kenkyu jigyo chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    For the purpose of internationally cooperating in the R and D of medical welfare equipment, visits were paid to Australia and the U.S. to survey the related administration/research institutes/medical welfare facilities. Australia is a world leader of heart (transplant) operation, organ transplant, artificial middle ear, apneic relaxation equipment, ophthalmological equipment, bio-materials, etc. The country wants to positively promote the international cooperation with Japan because both countries are complementary to each other. Starting about 1999, the U.S. entered the age of competition of the R and D with the use of genome, and the post-genome age is already beginning there. A number of ventures are running for creation of new industry. As to the U.S. government's measures taken for subsidy, regulation, etc. toward new industry, the information could be obtained from the persons concerned. The impression of a tour of welfare facilities in the U.S. was that hardware/software are systematically prepared there, and the aged live bright and positive lives and enjoy lives. (NEDO)

  5. Report on the FY 1999 project for training coal engineers. Advanced course; 1999 nendo sekitan gijutsusha yosei jigyo hokokusho. Jokyusha course

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-07-01

    This is a report on the training for coal technology which two Japanese engineers received in Australia. In Chapter 3 (Outline of Australia), they studied the national land, constitution of the national land, population, history, politics, economy and trade. In Chapter 4 (Coal geology), they read lecture data of university. In Chapter 5 (Outline of coal supply/demand), the coal export amount from Australia is 167 million tons. Steam coal of a little less than 50% is exported to Japan. In Chapter 6 (Coal mining technology), 100 million tons of NSW state and 100 million and 570 thousand tons of QLD state are mined by underground mining and open pit mining. Training was conducted on overburden/drilling/transportation of the open pit mining coal. As coal mining methods of underground mining, they learned the board and pillar coal mining and high wall mining as an extension of open pit mining. In Chapter 7 (Coal preparation), they observed/studied the jig, heavy media separator, heavy media cyclone separator, flotation equipment, spiral ore dressing equipment, fine powder centrifugal dewatering equipment, thickener, sieve, etc. They studied by data or by observation in Chapters 8 (Outline of coal mine), 9 (Outline of export port), 10 (Outline of railroad transportation), and 11 (Quality management). (NEDO)

  6. Fiscal 1997 survey report on international cooperation for the energy use rationalization method; 1997 nendo jigyo hokokusho (energy shiyo gorika shuho kokusai kyoryoku chosa)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-03-01

    To carry out LCA in ISO-14040, inventory analysis (IA) is the basic. For studying arrangement of public data to carry out IA, collection work was done of background data which are indirectly concerned with copying machine. First, methods to make inventory data (ID) which are thinkable in the present situation were prepared, and items of emitted matters to be collected were set up in relation to the impact assessment method. Secondly, scenarios of each stage of life cycle of copying machine were set up, and virtual data on the material/energy consumption amount were arranged. Based on this, a method was further studied for making ID of the parts used in electric power, iron/steel, plastics, and copying machine. Third, based on the above-mentioned study results, ID was actually made, and a possibility was studied of making inventory in life cycle of copying machine. Moreover, the state of the automobile LCA carried out at Stuttgart University was examined. At last, the paper summed up subjects of and future study methods for the inventory making method. 2 refs., 25 figs., 77 tabs.

  7. Initial-stage research report on business of drawing up regional new energy vision for Shibecha Town; Shibechacho shin energy vision sakutei jigyo chosa shoki dankai chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    The vision includes (1) the buildup of foundations for comfortable living circumstances by utilizing new energy, (2) the development of local industries that befriend themselves with nature by utilizing new energy, and (3) the practice of education and training on environment through the intermediary of new energy. Concerning item (1), in the construction of public facilities, residential houses, and roads, all of which constitute the foundations of daily life, plans will be promoted to use energy produced by the utilization of natural energy resources such as solar rays, solar heat, and wind force, and other energy produced by utilizing heat from refuse incineration and heat latent in the sewage, for the establishment of comfortable living conditions with CO2 emissions reduced. Concerning item (2), studies will be made to install biogas-utilizing plants for excrement treatment and recycling in dairy and animal husbandry; and wind power generation and small-scale hydroelectric power generation will be introduced for supplying power in connection with the effort to complete programs for constructing resort country sites and public meadows. Concerning item (3), for the development of the eco-museum concept, new energy facilities utilizing solar rays, solar heat, wind force, etc., will be introduced into school buildings. (NEDO)

  8. Regional new energy vision formulation project for Ukiha Town. Fiscal 2001 report; 2001 nendo Ukiha machi chiiki shin energy vision sakutei tou jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-02-01

    For promoting the introduction of new energy and for enhancing people's consciousness of such in Ukiha Town, Fukuoka Prefecture, surveys and studies were conducted involving the amount of energy needed by the town, the amount of new energy resources in existence, and new energy introduction projects, and a vision was formulated. The energy consumption of the town is estimated at 158,886 drums/year in terms of crude oil - 56.2% in electric power, 19.5% in gasoline, 10.5% in gas oil, 6.9% in kerosene, 4.2% in fuel oil A, and so forth. Projects for introducing new energies were studied, which included the introduction of photovoltaic power systems into public facilities, gymnastic halls, and comprehensive welfare centers; introduction of a large wind power system (1,500 kW) in the vicinity of the Michinoeki roadside service spot; installation of a power plant fueled by woody biomass (scrap wood, saw dust, and the like); introduction of clean energy vehicles for official use; installation of photovoltaic/wind hybrid power-lighted street lamps in the shopping area; installation of light traps for agriculture burned by photovoltaic power; and financial aids for encouraging the installation of photovoltaic power generation systems in general residences. (NEDO)

  9. Regional new energy vision formulation for Kadogawa Town, Miyazaki Prefecture. Report; 2001 nendo Miyagi ken Kadokawa cho chiiki shin energy vision sakutei tou jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-02-01

    For promoting the introduction of new energy and for elevating people's consciousness of such in Kadogawa Town, Miyazaki Prefecture, surveys and studies were conducted concerning the energy demand in the town, the amount of new energy resources in existence, and new energy introduction plans, and then a vision was formulated. The town's energy demand is estimated to be 1,197.4-million MJ/year, which includes 44.1% for the transportation sector, 22.9 for the residential sector, 22.7% for the industrial sector, and 10.3% for the people's livelihood-related business sector. The energy demand is covered 62.7% by oil-based fuels, 22.7% by electric power, and 13.4% by LP gas. Projects discussed for new energy introduction included the introduction of photovoltaic power into the town office, primary schools, and a comprehensive workers' welfare center; introduction of a solar hot water supply system and hybrid power-lighted street light into a seaside park; introduction wind power into Motoyama Park; mini-scale hydroelectric power on the Isuzu river; introduction of clean energy vehicles into the town office; power generation fueled by methane gas from livestock excrement; and introduction of natural gas fueled cogeneration into a resort house. (NEDO)

  10. Research on elaboration of the action plan for the New Earth 21; `Chikyu saisei keikaku` no jisshi keikaku sakusei ni kansuru chosa jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1996-03-01

    Elaboration of the action plan for the New Earth 21 plan proposed by Japan in Houston Summit was researched. In fiscal 1995 three types of energy supply/demand scenarios, sensitivity analysis under various conditions, and cases presupposing CO2 emission regulations or not were evaluated by analysis toward 2050 using the New Earth 21 Model (NE 21 Model). Energy-saving is important, and CO2 recovery/treatment technology is introduced according to CO2 emission regulations, while attention is focussed on biomass energy. The issue of solar and wind power generation is cost reduction. In a presupposed horizontally integrated energy system, methanol represents an important intermediate energy. As a whole, CO2 reduction can be achieved by various combinations of energy-saving, introduction of regenerative energy, and CO2 recovery/treatment technology. Case studies of the action plan were conducted by unifying the evaluation criterion on coal IGCC, photovoltaic generation and biomass. The NE 21 Model was useful for elaboration of the reduction scenarios of CO2 emission. 26 refs., 84 figs., 28 tabs.

  11. Fiscal 1998 report on international joint research project for preventing global warming; 1998 nendo chikyu ondanka boshi kokusai kyodo kenkyu jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-12-01

    Japanese researchers were dispatched to research institutes abroad for conducting joint studies on nine subjects for which such efforts would work effectively. The researchers were sent to various research institutes in the U.S., Britain, Germany, and others. The nine subjects were (1) the application of the most up-to-date welding and bonding technologies to liquid hydrogen storage/transportation containers, (2) development of low-temperature high-activity metal catalysts for energy conservation processes, (3) study of CO2 emission behavior using a large-scale simulator of deep sea circumstances, (4) study of condensation control for steam and chemical species in the global atmosphere, (5) numerical analysis of semiconductor crystal growth for ultralow loss power device, (6) development of sulfur-rich hydrocarbon gasification technology using a metal melting furnace, (7) assessment of techniques for evaluating origins of environmental pollution gas, geothermal gas, and soil gas using multiple isotopes, (8) analysis of behavior of the steam circulation type turbine system, and (9) the embodiment of a large premixed compression ignition engine. (NEDO)

  12. FY 1998 report on the results of the project on the next generation structure housing development; 1998 nendo jisedai kozo jutaku kaihatsu jigyo seika hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    The purpose of this project is to develop/verify technology to design/construct a structural body of multiple dwelling house which is highly durable and usable at maximum of the limited space with no projections of poles/beams, and is also to develop/verify a composite system of a structure and each house in which residential space can freely be changed horizontally/vertically in response to the leveling-up of living and changes in life style. The following were conducted: construction of an experimental house group with next generation structure; development of technology of effective space utilization/high durability body construction; development of technology of structural analysis/design systematization of antiseismic/damping system; development of commercialization of technology to heighten frame durability, development of technology to heighten durability of finishing materials of a body; development of low cost construction technology; development of technology of interface between a body and each house; verification of housing performance using a next generation body system; generalization of next generation frame system/house system. To reflect the results of the research quickly, the details of the research are systematized, and a draft is worked out of a guide for constructing the next generation frame system/house system which were arranged between the current architecture related laws and business as a general multiple dwelling house. (NEDO)

  13. Report on field test project for wind power development at Nagashima-cho. Detailed wind characteristics survey; Nagashimacho ni okeru furyoku field test jigyo (fukyo seisa) hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-11-01

    A detailed wind characteristics survey was conducted to study the feasibility of a wind power generation system for Nagashima-cho, Izumi-gun, Kagoshima Prefecture. Observation instruments were installed at the top of a hill approximately 80m above the sea level situated to the northwest of the Nagashima-cho town hall and, in the period October 1998 through September 1999, data were collected at a point 20m above ground, such as the average wind speed and direction, wind velocity standard deviation, and the maximum instantaneous wind velocity. The data were analyzed, and findings were obtained, as mentioned below. The annual average wind speed was 5.0m, strong in winter and weak in summer. The annual wind direction occurrence rate was 61.8%, turbulence intensity was 0.17 at wind speeds of 4m/s and more, these not presenting any particular problem. Wind energy density was 148W/m{sup 2}. Both wind speed conditions and energy density were slightly lower than the reference levels indicated for evaluation. Studies were made on the assumption that three classes of wind turbines (150, 300, and 750kW) would be introduced, and then it was found that both operating factors and facility availability rates exceeded the required levels. Since there were no detrimental factors in the surrounding conditions, it was concluded that possibilities were high that wind power generation at the site would be practical. (NEDO)

  14. Future developments of diversification of electric utilities. Denki jigyo no keiei takakuka no hokosei; Takakuka senshin kigyo ni taisuru jirei bunseki

    Energy Technology Data Exchange (ETDEWEB)

    Ariu, Toshio; Iguchi, Norio; (Central Research Inst. of Electric Power Industry, Tokyo, Japan)

    1989-10-01

    Electric utilities positively wrestle now with business diversification such as telecomunication, thermal supplying, urban planning to intensify the administrative foundation under relaxation for regulations. These businesses are yet small scale ones but are supposed to enlarge to the scale equivalent to the main business for a long period. Since the electric industry is a public utility enterprise and has fewer experiences to develop concrete diversifying strategy, this research was proceeded to determine the directions of diversification by analyzing management data or making hearing for well-diversified corporations such as fiber industry, private railway industry, and leasing industry. It was found from this study that diversification would have the possibility of plus for multiple managerial indeces such as profitability, growability and stability and that the diversification would be developed by using effectively the managerial resources. Then, the conditions on which electric utilities must consider when they enter into new businesses were arranged on the basis of this survey. 46 refs., 14 figs., 9 tabs.

  15. Solar power generation test project at Sakata Nursery School (Oizumi town, Gunma prefecture); Sakata hoikuen taiyoko hatsuden field test jigyo (Gunmaken Oizumimachi)

    Energy Technology Data Exchange (ETDEWEB)

    Nakamoto, M.

    1997-05-30

    The solar power generation system was installed in fiscal 1996 on a south-facing roof of the Sakata Nursery School`s building. It has a capacity of 10kW, is used as the power source for illumination and air-conditioning, and for driving computers for children and office devices. It will demonstrate applicability and reliability of the solar system, and is expected to promote expanded application of solar systems in the local district. It is a single-crystalline modular system, operated at -20 to 40degC and connected to the low-voltage power transmission line with reverse power flow. It consists of 70 modules, with an array configuration of 5 series, 5 parallel and 2 lines, and 5 series, 4 parallel and 1 line, directed to the due south at the angle of incidence of 20deg. The cell is 103 by 103mm in size, and 96 cells are connected in series. It has a conversion efficiency of 12.7%. The optimum working voltage and current are 45.6V and 3.29A, and the maximum output is 150W. 5 figs., 3 tabs.

  16. Report on the project for working out the new energy vision of the Iwasaki village area; 2001 nendo Iwasaki mura chiiki shin energy vision sakutei tou jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-02-01

    For the purpose of promoting the introduction of new energy and enhancing the awareness of it at Iwasaki Village, Aomori Prefecture, an investigational study was conducted of the energy demand of the town, existence amount of new energy, introduction of new energy, etc., and a new energy vision was worked out. The population of Iwasaki Village was 2,845 as of October 2000, which decreased approximately 30% in the past 20 years. The energy demand of the whole village was about 280,000 GJ in amount (about 7,202 kL/y in crude oil conversion), consisting of kerosene, light oil, heavy oil, gasoline, electric power and LPG. As viewed by sector, the rate of energy demand in the commercial/residential sector was comparatively high. As the project for new energy introduction, the following were studied: wind power generation around the Yamamori plain/Iwasaki village office; snow melting system using soil heat exchanger on the road in front of elementary school, photovoltaic power generation for public facilities (elementary and junior high schools/house of recreation and relaxation for old people/day nursery)/Tsugaru Semi-national Park/general houses; wave power generation at the Iwasaki fishing port; introduction of clean energy vehicles to public facilities; utilization of ligneous biomass energy, etc. (NEDO)

  17. 1998 Annual Study Report. New industry supporting type international standard development program (Comprehensive survey); 1998 nendo seika hokokusho. Shinki sangyo shiengata kokusai hyojun kaihatsu jigyo (sogo chosa)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    Summarized herein are results of the survey on a total of 13 themes for international standardization. These themes are for standardization of (1) color control, (2) securing interoperability between optical disk systems, (3) digital image processing for home digital electronic appliances, (4) securing interconnectability between home electronic information appliances, (5) production process systems, (6) testing and evaluation methods for fine ceramic materials for communications, (7) evaluation methods for high-temperature properties of new glass melts, (8) corrosion testing and evaluation methods for surface-treated steel plates, (9) testing and evaluation methods for high-purity titanium, (10) testing and evaluation methods for plastic optical fibers, (11) evaluation methods for high-strength, large-size steel pipe characteristics for superhigh-pressure natural gas pipelines, (12) methods for measuring mileage of hybrid electric vehicles, and (13) methods for determining recycle ratios of automobile components. This comprehensive survey also includes overseas trends for the standardization, establishment/expansion of the international standardization processes, and standardization for determining recycle ratios of home electric appliances. (NEDO)

  18. Regional new energy vision formulation project for Takarabe Town. Report; 2001 nendo Takarabe cho chiiki shin energy vision sakutei tou jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-02-01

    For promoting the introduction of new energy and for elevating people's consciousness of such in Takarabe Town, Kagoshima Prefecture, surveys and studies were conducted concerning the energy consumption profile of the town, the amount of new energy resources in existence, and new energy introduction plans, and then a vision was formulated. The town's energy consumption is estimated at 879.350-million MJ/year, with the transportation sector responsible for 46.6%, the industrial sector for 23.0%, the residential sector for 18.7%, and the people's livelihood-related business sector for 11.7%. Oil-based fuels occupy 70.4%, electric power 18.9%, and LP gas 8.4%. New energy introduction projects were studied, which included the introduction of photovoltaic power into the town office; photovoltaic power and hybrid power-lighted light for an oasis-on-the-road project and school facilities; introduction of cogeneration, wind power, and photovoltaic power into a hot spa health center and a water-friendly park; small-scale hydropower in the Okawara valley; wind power generation on Mount Shiraga and Jingaoka; introduction of clean energy vehicles for official use; and compost manufacturing and power generation using livestock waste. (NEDO)

  19. New energy vision of the Tono City area; 2001 nendo Tonoshi shin energy vision. Chiiki shin energy vision sakutei tou jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-02-01

    As a leading plan to reconsider the resource consumption in large quantities and to change the society to a circulation type, a new energy vision of the Tono City area was worked out in Tono City, Iwate Prefecture. In this vision, FY 2002 was set as the first fiscal year, and FY 2010 as the target year. From the comprehensive judgement based on the objective availability, technical evaluation, civic needs, etc., biomass energy, wind energy, solar energy, etc. were made the main energy in new energy introduction. As model projects, studied were the introduction of solar energy utilization facilities to Kamigo Elementary School, introduction of the photovoltaic power generation to Aozasa Nursery School and disaster prevention base facilities, project on the wind power generation using large wind turbines, biomass alcohol plant, wood pellet production, etc. The target amount of new energy introduction was 2,640 kW in photovoltaic power generation, 19,000 kW in wind power generation, etc. The CO2 reduction amount including that in heat utilization, clean energy car, etc. was 41,374 t-CO2/y. (NEDO)

  20. Measures to prevent global warming, and NEDO's energy-saving model projects; Chikyu ondanka boshi taisaku to NEDO sho energy model jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-09-01

    Described herein are United Nations Framework Convention on Climate Change and the world AIJ (Activities Implemented Jointly) projects, and the Japan's measures and NEDO's energy-saving model projects therefor. NEDO has been inviting the public to join the contests for the projects to be implemented as part of the AIJ Japan program for the first time since April 1996. A total of 11 projects were adopted in July, including the model project for recovering heat from red-hot coke with inert gas, to be implemented by NEDO in China. After the first invitation, an individual proposal will be accepted and examined for which no time limit is set. The NEDO's model projects approved so far include demonstration studies on facilities for effective utilization of paper-making sludge, waste heat recovery at steel furnaces, energy-saving at electric furnaces for alloys, effective utilization of waste heat at garbage incinerators, and power saving at cement kilns. (NEDO)

  1. Regional new energy vision formulation project for Kanai Town. Fiscal 2001 report; 2001 nendo Kanai machi chiiki shin energy vision sakutei tou jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-03-01

    For promoting the introduction of new energy and for enhancing people's consciousness of such at Kanai Town, Niigata Prefecture, surveys and studies were conducted involving energy demand of the town, the amount of new energy resources in existence, and new energy introduction projects, and a vision was formulated. The town demands 541,062 GJ/year in energy, with the residential/commercial sector requiring approximately 46%, the industrial sector approximately 30%, and the transportation sector approximately 25%. The energy types are kerosene, heavy oils, gas oil, electric power, gasoline, and LPG, mentioned in the descending order in terms of magnitude of requirement. The resultant amount of carbon dioxide is estimated at 11,449 t-C. New energy introduction projects were discussed, which included photovoltaic power generation for primary and junior high schools, the town office, and the Dorin stock farm; a solar heat utilization system for the school meal center; wind power generation for Hometown Kimpoku, primary schools, and the Dorin stock farm; mini-scale hydroelectric power generation on the Shimpo river; use of forestry biomass (pellet stoves) at nursery schools; introduction of clean-energy automobiles for public use; and the introduction of cogeneration into Sado Hospital. (NEDO)

  2. Report for fiscal 1998 on the international joint research project of medical welfare equipment; Iryo fukushi kiki kokusai kyodo kenkyu jigyo 1998 nendo chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    In connection with the international joint research project of medical welfare, a report was made on the results of the investigation conducted in 1998 concerning the technology of overseas medical welfare equipment. In the investigation of china, observation was made on the actual state of the representative medial institutions, with opinions exchanged. Obsolete equipment and old technology are the present state in China, which is strongly desirous of exchanging information with Japan. In Taiwan, being full of venture spirit, an ultrasonic thermal treatment apparatus and an ultrasonic echo device have been produced for example. In Europe, an observation tour was conducted on a German manipulator and process robot while an investigative visit and exchange of opinions were made on the living environment and facilities in Italian training center for physically handicapped persons. Japan's self-supporting and assisting system for excretion attracted many questions and comments. In the investigation in the U.S., views were exchanged concerning '{sup 13}C-MRS device for non-invasion brain metabolic measurement' in research institutions such as universities. A machine developed in Japan received a high evaluation in that {sup 13}C spectrum was obtained from a substantial depth. (NEDO)

  3. Photovoltaic power generation field test at Kyodo Newspaper Co. Ltd. (Kakegawa city, Shizuoka prefecture); Kyodo shinbunsha taiyoko hatsuden field test jigyo (Shizuokaken Kakegawashi)

    Energy Technology Data Exchange (ETDEWEB)

    Totsuka, T.

    1997-05-30

    Contents are reported of the fiscal 1996 field test of a photovoltaic power generation system installed on the roof surfaces of the parking lot of the above-named newspaper company. The system is used to supply power to the lights in the company office and to a light sign tower for local activities promotion (erected jointly by cities and towns in the neighborhood). It is a 10kW plant operating on system interconnection, provided with an array of 9-series/11-parallel configuration facing due south and inclined at an elevation angle of 15deg. It is so designed that solar cell mounts are installed on two roof surfaces so that space will be secured for the parking lot. The above-mentioned LED-aided light sign tower serves the purpose of informing people of photovoltaic power generation technology and the culture, history, and industry of the local communities involved. Basic data have been collected usable for standardizing the design for example of the mount for the establishment of guidelines for reduction in the system construction cost. Data have been also obtained that will help make propositions about the effective utilization of dead space outdoors. Since the system is installed making use of roof surfaces without affecting parking lot capacity, people`s understanding of the technology has been deepened and data of long-term operation following the experimental introduction and troubles have been collected, all these helping encourage the introduction of photovoltaic power generation

  4. NEDO hydrogen, alcohol, and biomass technology subcommittee. 18th project report meeting; NEDO suiso alcohol biomass gijutsu bunkakai. Dai 18 kai jigyo hokokukai

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-09-01

    A report is delivered by Morio Murase, a NEDO (New Energy and Industrial Technology Development Organization) director, in which the general situation of hydrogen, alcohol, and biomass technology development is explained. Concerning the research and development of international clean energy system of hydrogen, the WE-NET (World Energy Network) project is described, in which a total system concept design and cryogenic structural materials that are the fruits of the 1st phase are mentioned. Concerning the 2nd phase, research and development to be conducted are discussed, and reports are delivered thereon. Reported concerning the development of high-efficiency refuse-fueled power generation technology are a demonstration test using a pilot plant and a superheater demonstration test. Concerning the research and development for the advanced clear energy vehicle project, a development program is reported for an energy-efficient, low-pollution vehicle which is a combination of a hybrid mechanism and clean energy. Reported also is the research and development of supercritical fluid utilization, in which the reaction of supercritical water upon addition of solvent, its oxidation and hydrogenation, and so forth, are explained. (NEDO)

  5. Preliminary reports on fiscal 2000 results of project for subsidizing international joint research; 2000 nendo kokusai kyodo kenkyu josei jigyo seika hokoku kai yokoshu

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-12-01

    This paper presents preliminary reports on fiscal 2000 results of project for subsidizing international joint research sponsored by NEDO. For international joint research teams doing excellent studies, their research expenses are subsidized, thereby promoting international research exchange, enhancing international level of industrial technology and contributing to the formation of basis for innovative industrial technology. The projects relating to the global environmental field are implemented jointly with RITE. The contents of the report to be published are, in the global environmental field (practicability study), development of oil substitute resources, reproducible resources, and technologies for producing polymeric and plastic materials benign to the earth by microorganism using carbon dioxide. In the substance/material field, the contents of the report are innovative production and device application of tunable photonic crystals using electronic penetration network; development of new synthesis process of innovative nitride, creation and theoretical calculation of electromagnetic function; studies on quantum transportation in superconductor and semiconductor bonding structures; and studies on quantum liquid and solid, and application to materials science and technology. (NEDO)

  6. Regional new energy vision formulated for Murakami City; 2001 nendo Murakami shi chiiki shin energy vision sakutei tou jigyo. Murakami shi shin energy puran

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-03-01

    For promoting the introduction of new energy and for enhancing people's consciousness of such at Murakami City, Niigata Prefecture, surveys and studies were conducted involving energy consumption in the town, the amount of new energy resources in existence, and new energy introduction projects, and a vision was formulated. The annual energy consumption of the city is estimated at 78,000 kL in terms of oil. The residential/commercial sector consumes 24,000 kL, the industrial sector 28,000 kL, and the transportation sector 26,000 kL, with the three sectors demanding similar amounts. The carbon dioxide emitted by the sectors is estimated at 223,000 t-CO2/year. New energy introduction projects were discussed, which included hot water supply, heating, road heating, and power generation, all these utilizing heat from the Senami hot spa; biogas fueled power generation and BDF (bio-diesel) bus operation in the Senami hot spa district; the introduction of a hybrid wind power/photovoltaic power generation system into Ogata Seaside Park; the introduction of a mini-scale hydroelectric power generation system into the Kamikaifu district; a large-scale wind power generation business at the Iwafune district; the introduction of wind power and photovoltaic power generation facilities into primary and junior high schools; the use of clean energy vehicles for official use; and so forth. (NEDO)

  7. Report on new energy vision establishment project in Higashi Naruse Village area; Higashinarusemura chiiki shin energy vision sakutei nado jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-02-01

    A new energy vision was established in the Higashi Naruse Village in Akita Prefecture. The population of the village is continuing the decreasing trend since 1950 to 3,390 persons as of 2000. The annual energy demand in this village is about 320,000 GJ, accounted for by the consumer department at about 40%, the transportation department at about 36% and the industrial department at about 24%. The carbon dioxide emission amount therefrom is estimated 6,300 t-C annually. The expected usable quantity of new energies in the village would be available, in the decreasing order, in the wind power as the most promising source, forestry bio-mass, snow cold heat energy, agricultural bio-mass, and solar beam (heat). The total quantity would be 514,330 GJ annually in heat utilization, and 85,305 MWh in electric power. The new energy introducing project includes introduction of photovoltaic and wind power generation into Kurikoma Mountain Villa, introduction of wind power generation into the Junes skiing area and Oyanagi Natural Park, introduction of photovoltaic power generation and heat utilization into primary and middle schools, introduction of clean energy fueled automobiles into the village office, and introduction of photovoltaic power generation into general houses. (NEDO)

  8. NEDO fuel/storage technology subcommittee. 18th project report meeting; NEDO nenryo chozo gijutsu bunkakai. Dai 18 kai jigyo hokokukai

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-09-01

    Taro Yamayasu, a NEDO (New Energy and Industrial Technology Development Organization) director, reports fuel and storage technologies, taking reference to the research and development of technologies relating to fuel cell power generation, cell power storage system of a novel type, ceramic gas turbine, superconductor-generated power application, wide-area energy utilization network system (urbane eco-energy system), high-temperature superconductor-supported flywheel power storage, demonstration of a novel method of load levelling, demonstration test for the establishment of a centralized control system, and so forth. Reported also is research and development involving a molten carbonate fuel cell power generation system, current status of distributed cell power storage system development (large lithium secondary storage battery technology development), current status of superconductor-generated power application technology, regenerative cycle type 2-shaft ceramic gas turbine for a 300kW-class cogeneration system, high-density latent heat transportation, and so forth. (NEDO)

  9. FY 2000 Report on the survey results. Survey on international cooperation for medical treatment/welfare equipment; 2000 nendo iryo fukushi kiki kokusai kyodo kenkyu jigyo chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    The NEDO's representatives visited Europe and China with the objectives of, e.g., international cooperation and information exchanges for medical treatment/welfare equipment. For the welfare equipment technologies, they visited the research institutes and facilities in UK and Germany, among others, to find that the European countries place more emphasis on researches to meet the needs than on advancing the equipment itself. For the medical treatment equipment, they visited the bio-research institutes in Europe for exchanging information on post-genome and tissue engineering. The European countries are behind USA in research fund and manpower for bio-technology and bio-medical, although making great efforts with much expectation on these areas. The China's medical treatment/welfare technologies seem to be clearly still in the stage of needing aids rather than rendering cooperation. However, China has been producing a number of new products in the areas where her traditional arts of medicine are combined with advanced techniques of the West, e.g., those for examination, as felt from a number of the equipment types presented to the China Medical Treatment Equipment Exhibition. (NEDO)

  10. Report on the field test project for wind power development at Kamiyaku Town (wind characteristics investigation); Kamiyakucho ni okeru furyoku kaihatsu field test jigyo (fukyo seisa) hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-11-01

    Wind characteristics are observed for a year at the above town located at the northern end of the Yakushima island, Kagoshima Prefecture. The exponential index of the wind speed distribution in the vertical direction is 6.06 with all the directions averaged, and is so high as 8.4/13.6 in the wind directions (W/E). Prudence should be exercised, when to estimate the wind speed at the wind turbine hub altitude, against disjunction from the simple exponential law due to geographical peculiarities of the observation location. Turbulence intensity is low and is 0.15 when the wind speed is 2m/s or more, not exerting an ill effect on wind power development. As for the total wind direction occurrence rate on the prevalent wind axis, 78.2% is recorded, which is much higher than the reference value (60%). The average wind speed on this wind axis is high, and this shows that the location is quite suitable for wind power development. The annual average wind speed of 6.3m/s is much higher than the reference value, this again promising a success. The wind energy density of 478W/m{sup 2} is sufficiently high, as compared with the reference value (215W/m{sup 2}). Since there are possibilities of a maximum instantaneous wind speed of over 60m/s, caution is to be used in determining wind endurance for the wind turbine design. The annual capacity ratios for the 150/300/750kW wind turbine models are 33.8/36.5/36.9%, respectively, higher than the NEDO-provided reference value (17% or higher) and predicting sufficient power generation. (NEDO)

  11. Report for fiscal 2000 on joint seminar for coal engineer training project; 2000 nendo sekitan gijutsusha yosei jigyo godo semina hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-09-01

    This paper summarizes the contents of the joint seminar for coal engineer training project in fiscal 2000, which has been held in Tokyo on September 25, 2000. The lectures included 'Coal Resources in Gunnedah Basin - Future Coal Supply Potential and Geophysical Exploration' by Ms. Julie Ann Moloney, senior geographical engineer at NSW Department of Mineral Resources, Australia, 'Human Resources Development for Coal Mining in Indonesia' by Mr. Bangun Usman Harahap at the Ministry of Mines and Energy in Indonesia, 'Queensland Rail, a strategic partner - linking Coal Producers to World Markets' by Mr. John Stuart Burrows at Coal Queensland Rail, Australia, and 'The export coal mines of western Canada - A review' by Mr. Ron Smyth, director BC Geological Survey Branch, Ministry of Energy and Mines, British Columbia, Canada. Questions and answers were exchanged actively for these lectures. (NEDO)

  12. Report on the fiscal 1996 research cooperation promotion project, `the research cooperation diagnosis survey`; 1996 nendo kenkyu kyoryoku jigyo `kenkyu kyoryoku shindan chosa` hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1997-03-01

    A diagnosis survey was conducted for Japan to cooperate in researching subjects on technical development in developing countries. In fiscal 1996, surveys were made on the following: (1) establishment of the industrial base (Vietnam), (2) preservation of biological diversification and the continuous utilization (Brazil), (3) fostering of the industry of automobile parts (Thailand), (4) finding out of items on environment related fields (India), (5) environmental response type system for effective use of water resource (the Philippines), (6) small size geothermal exploration in remote islands (Indonesia). (1) is research cooperation for welding technology, powder metallurgy technology, hypoid gear manufacturing technology, and iron making technology by the direct reduction method. In (2), research/development are conducted in cooperation with research institutes in Brazil on survey/identification/utilization of bioactive substances from biological resources in Brazil. In (4), an examination was made of the seeds for research cooperation in technical fields such as environment and energy. Having a strong relation with the industrial circle, SCIR is carrying out researches on aerospace, petrochemical, biology, electronics, medicines/drug, etc., which indicated fulfillment of intellectual infrastructure in India. 52 figs.

  13. Report on the field test project for wind power development at Soyo Town (wind characteristics investigation); Soyomachi ni okeru furyoku kaihatsu field test jigyo (fukyo seisa) hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-11-01

    Wind characteristics are observed for a year at Soyo Town, Aso-gun, Kumamoto Prefecture. The annual average wind speed is 5.9m/s and 5.6m/s at 20m and 10m above ground, respectively, satisfying the reference values of 5.6m/s and 5.0m/s. The prevalent wind direction is WNW (occurrence rate: 32.8%). The wind from the directions with WNW at their middle occupies 75%, stable and satisfying the reference value of 60%. Strong winds come frequently from the direction of high occurrence, which is advantageous in arranging plural wind turbine systems. The exponential index in the wind speed vertical distribution is 13.3, but wind distribution is not simple at a mountain top site like the observation station in this report. Wind characteristics are similar to those at places with mild inundations, and the maximum instantaneous wind speed of 40.8m/s will not pose a problem. The wind energy density is 205W/m{sup 2}, satisfying the reference value of 150. Wind power systems of 150kW, 300kW, and 750kW are assumed. When the exponential index is 13.3, their annual operation rates will be 70%, 71%, and 82%; and their capacity ratios are 22.6%, 23.9%, and 22.9%, all satisfying the reference values. They will collect 297MWh, 629MWh, and 1507MWh of wind energy per year. It is concluded that Soyo Town is fully qualified as a site for wind power development. (NEDO)

  14. Summary of FY 1998 research and development activities. 19th R and D activity report; 1998 nendo gyomu gaiyo. Dai 19kai jigyo hokokukai

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-09-01

    Summarized herein are the FY 1998 R and D activities by New Energy and Industrial Technology Development Organization (NEDO). The activities for new energy include those for the R and D for utilization of solar energy, commercialization of solar systems for industrial purposes, utilization of wind power, utilization of geothermal energy, utilization of coal energy, promotion of coal utilizing techniques, development of coal resources, development of fuel/storage techniques, development of techniques for hydrogen, alcohol and biomasses, promotion of new energy introduction, measures for international energy, surveys on development and introduction of new energy, and information services by NEDO's Information Center. The activities for industrial technology R and D include those for the R and D programs, medical/welfare-related equipment, industrial techniques for local environments, international industrial techniques, and establishment of research bases. Also summarized are the activities for coal mining structure adjustment, compensations for hazards resulting from coal mining, and alcohol production. (NEDO)

  15. FY 2001 report on the results of New Energy Adventure 2001 (advisory project); Shin ene adobencha 2001 (adobaizari jigyo) kekka hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-03-01

    For the purpose of deepening the understanding of new energy by general citizens, 'Clean Energy Festa' was held in Asahikawa city, Hokkaido, Takamatsu city, Kagawa prefecture, and Kamimashiki county, Kumamoto prefecture. The campaign at station was conducted at Yamagata station, Hiroshima station, Ogura station, Takamatsu station, Kobe station and Sapporo station, and the following were also carried out in various places of Japan: new energy lessons, visits to new energy facilities, and delivery of lectures on new energy. The program of Clean Energy Festa included the Dejimon (popular character doll) show, new energy quiz show, exhibition of new energy information and quiz about new energy, solar car workshop for parent/child, exhibition booths prepared by companies, corner for test ride on clean energy car, etc. As to visits to new energy facilities, visits were paid to snow/ice energy facilities, waste fuel production facilities, wind power generation facilities, photovoltaic power generation facilities, etc. Concerning the delivery of lectures on new energy, lectures were given on new energy and global environment, global warming, etc. (NEDO)

  16. Regional new energy vision for Soryo Town, Hiroshima Prefecture; 2001 nendo Soryo cho chiiki shin energy vision. Chiiki shin energy vision sakutei tou jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-02-01

    A regional new energy vision was formulated for the town for 'contributing to the solution of environmental problems' and 'contributing to the reenergization of the regional community through utilizing resources in the region.' The final energy consumption of the town is 103,315 times 10{sup 3} MJ, with the transportation sector accounting for a percentage higher than the nation-wide average. The town is characterized in that it has but a small number of manufacturers, offices, or stores. As for new energy, it was estimated that 9117 times 10{sup 3} MJ/year would be gained by methanol produced from cultured weed, 5696 times 10{sup 3} MJ/year by medium/small-scale hydropower generation, 5,233 times 10{sup 3} MJ/year by photovoltaic power generation, and so forth. New energy introduction projects were discussed, which included medium/small-scale hydropower generation at a counter dam; the introduction of photovoltaic power into principal public facilities, general households, and agricultural facilities; introduction of solar heat appliances into principal public facilities and general households; introduction of clean energy automobiles into the town office and general households; and the introduction of pellet-fired stoves into principal public facilities and general households. (NEDO)

  17. Regional new energy vision formulation project for Yobuko Town. Fiscal 2001 report; 2001 nendo Yobuko cho chiiki shin energy vision sakutei jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-02-01

    For promoting the introduction of new energy and for elevating people's consciousness of such at Yobuko Town, Saga Prefecture, surveys and studies were conducted involving the amount of energy needed by the town, the amount of new energy resources in existence, and new energy introduction programs, and a vision was formulated. The demand for energy of the town is estimated at 105,040 drums/year in terms of crude oil - 37% in electric power, 34% in fuel oil A, 13% in gas oil, and 8.1% in gasoline. As for the presence of new energy resources, it is deemed that wind and solar energies will be richly available. Studies were conducted for new energy introduction programs, which included the introduction of photovoltaic power into a nursing home for aged people, primary and junior high schools, and a water reservoir; street lamps lighted by a hybrid power system and a solar cell clock for the plaza in front of the harbor; introduction of wind power into the little islands of Ogawa and Kabe; installation of a solar energy collector for the nursing home for aged people; and the use of clean energy vehicles for official business. It is estimated that the efforts will bring about a 1,256.6 t-C reduction in carbon dioxide emissions. (NEDO)

  18. Achievement report for fiscal 1981 on solar system survey projects implemented overseas. Singapore and Australia; 1981 nendo solar system kaigai chosa jigyo seika hokokusho. Singapore Australia

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1982-06-01

    During a 20-day survey tour to Singapore and Australia which started on February 7, 1982, visits were paid to 6 universities, 2 national or state research institutes, 2 state government agencies, 6 passive solar facilities, and some industrial societies and solar equipment manufactures. At universities and research institutes, research and experiments are earnestly under way for the development of solar heat collectors, for the research and testing of software programs therefor, and for the research and development of photovoltaic and geothermal power generation systems. In the case of photovoltaic power, in particular, many programs require the construction of pilot plants and simultaneous supply of power to general consumers with tests and experiments continued for the pilot plants for putting the technology to practical use. This is thought to demonstrate the urgent need for measures for out-of-the-way locations. Electric power is priced at 7-8 yen/kWh, approximately half the price in Japan. Marginal supply capability is low because power is generated mainly by coal and no nuclear power is available. Efforts at underground reserves exploitation have become very active and, since there is need to supply power to the back regions, funds are eagerly invested in on-site power generation and photovoltaic power development. In Australia, power supply is monopolized by state governments. Even in Australia, who enjoy 65% self-sufficiency in oil and export a substantial amounts of natural gas and coal, there are enthusiastic efforts at harnessing solar energy. (NEDO)

  19. Survey of implementation plan constructed for `the New Earth 21 Project`; Chikyu saisei keikaku no jisshi keikaku sakusei ni kansuru chosa jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1997-03-01

    It is necessary to establish scenarios for reducing CO2 emissions and for developing CO2 emission control technologies to obtain a global consensus, using appropriate analytical models. For modification of the DNE-21 (Dynamic New Earth 21) model, it has a category designated as innovative technologies not involving CO2 emission and an optional consideration for the absorption of atmospheric CO2 by biomass. A global carbon circulation model, including vegetation in its scope, is also incorporated. Major results of the simulation are shown. When 20% reduction in CO2 emissions is required for only OECD countries after the year 2020, it has been demonstrated that CO2 concentration in the atmosphere will reach as high as about 900 ppm in 2100 due to CO2 emission by developing countries, and will not be a tolerable level. Under the condition that CO2 concentration in the atmosphere is controlled at 450 ppm in 2100, the amount of renewable source of energy from photovoltaic power generation and biomass will increase and technologies of CO2 recovery and storage will decrease. Research and development of the production of methanol from recovered CO2 will be adopted as innovative technology for CO2 measures. 69 refs., 112 figs., 79 tabs.

  20. Research report. Environmentally friendly energy community research business for Fujieda district (Refuse energy utilization); Fujieda chiku kankyo chowagata energy community chosa jigyo (haikibutsu energy riyo shisetsu) chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    An environmentally friendly refuse energy utilizing business, for which RDF (refuse derived fuel) produced out of wastes discharged by industries belonging to a Fujieda city environmental protection council will provide the heat source, is proposed by the said council. The proposal is subjected to a study, a basic plan is drafted, and a decision is made on its profitability. In the study, surveys are conducted on the actualities of wastes and of demand for heat, and specifications are worked out relating to transportation and storage of RDF, production of steam by an RDF-fired boiler, routing of pipes for transmitting the steam to the industries in the district, facility costs, operating costs, etc. It is found that the amount of RDF produced out of the wastes discharged by the council member industries is so small that it can meet the demand of only one industry and that, even if more wastes are collected from a wider area, the increased amount will but meet the demand of two industries and a hot water pool. It is found that the system will be economically feasible, however, if the shortage of RDF-generated energy is covered by an oil-fired boiler and thereby impartiality is established in steam distribution and steam production unit price is reduced. In view of the intensification of control over dioxin, etc., the business will be gaining profit in 2002 and after. (NEDO)

  1. Fiscal 1999 report on international joint research project on global environmental technology; 1999 nendo chikyu kankyo gijutsu kokusai kyodo kenkyu jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    As part of the above-named effort, Japanese researchers were dispatched to overseas universities and laboratories for implementing joint researches into 11 subjects selected by the NEDO (New Energy and Industrial Technology Development Organization) screening committee. When the feedback of fruits of the researches to NEDO projects is taken into account, it may be said that the accomplishments, attained relative to the development of processes for the practical application of environmentally-friendly biomass energy and measures for promoting its adoption, will contribute to the completion of an environmentally-friendly energy production process, excellent in CO2 emissions reduction, in which biomass will be the raw material. In relation to the technology of installing pipes for CO2 discharge into the ocean, some of the dispatched researchers had an opportunity of studying technological problems not deal with under NEDO research and development projects. In the study of organized structures of low-purity CO2 bubble groups, a great contribution was made to the promotion of the NEDO-implemented project of evaluating the impact of CO2 storage in the ocean upon environments. The development of remedial technologies for Microcystis aeruginosa-invaded lakes by introducing environmental engineering assumes a very important position in the endeavors for environmental improvement in developing nations in the Asia-Pacific region. (NEDO)

  2. Fiscal 2000 comprehensive survey. Project for development of international standards for supporting novel industries; 2000 nendo shinki sangyo shiengata kokusai hyojun kaihatsu jigyo. Sogo chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    Research and development for creation of international standards had been under way for three years since fiscal 1998 for the sustenance and securement of Japan's technical advantage and for the enhancement of the international competitiveness of its industries. In the ultimate fiscal year for the project, studies were made for establishing standards relative to 13 subjects, involving the management of color reproduction, assurance of interoperability of optical disk systems, digital image processing for home-use digital electronic appliances, securement of connection between information devices for home-use electric appliances, production process system, method for testing and evaluating fine ceramics for communication equipment, method for evaluating high-temperature properties of new glass, method for testing and evaluating corrosion resistance of surface treated steel sheets, method for testing and evaluating pure titanium, method for testing and evaluating plastic optical fiber, method for evaluating properties of high-strength large-diameter steel pipe for ultrahigh-pressure natural gas pipeline, method for measuring fuel consumption of hybrid electric vehicles, method for calculating the recycling rate of automotive products, or the like. The fruits of 77% of the efforts have already been proposed as international standards or have arrived at a stage where they may be proposed as such. (NEDO)

  3. Photovoltaic power generation field test at Nisshin Techno-Center (Nisshin City, Aichi Prefecture); Nisshin tekuno center taiyoko hatsuden field test jigyo (Aichiken Nisshinshi)

    Energy Technology Data Exchange (ETDEWEB)

    Otsuki, M. [Meitec Corp., Nagoya (Japan)

    1997-05-30

    A 20kW system is installed on the rooftop of a newly constructed building accommodating a study and training center and citizens` welfare facilities. The system in continuous operation under real loads (lighting, airconditioning) will provide various data useful in introducing further systems in the future and in verifying the effect of system installation cost reduction efforts. Single-crystal solar cells are used, which are located at latitude 35deg8prime north, longitude 137deg4prime east. The arrays are formed into two systems, 18 in series and 7 in parallel, and there are 252 modules. The arrays are inclined at 20deg and, in azimuth, swung 25deg westward from due south. The installation of this system forms a precedent, following which more may be introduced. Located in front of a station on Meitetsu Toyota Line, it advertises itself fully to the passengers getting on and off the train. Now that power consumption fluctuates very much in this district, heavy on Saturdays and Sundays and light in the daytime on weekdays, rare data not often available will be collected from this photovoltaic system. Since consideration space-wise has been fully made, visitors can study the photovoltaic system until they are satisfied, the system thus finding itself under conditions where advertisement can be effectively carried out. 14 figs., 1 tab.

  4. 17th Business Report Meeting of New Energy Industrial Technology Development Organization (NEDO). Outline of business; Dai 17 kai NEDO jigyo hokokukai. Gyomu gaiyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1997-09-25

    This is a report on the 17th Business Report Meeting of NEDO held in September, 1997. In Chapter 1, NEDO's business activities were outlined in terms of new energy, industrial technology, coal policy, compensation for coal mine pollution, alcohol production, etc. In Chapter 2, described were NEDO's budget and account settlement. In Chapter 3, reported were the FY 1996 results of the development of new energy, that is, the development of solar energy utilization technology, geothermal resource development, development of geothermal energy utilization technology, development of coal energy utilization technology, development of coal resource, development of fuel/storage technology, development of hydrogen/alcohol/biomass technology, development of other petroleum substituting energy technology, project for promotion of new energy introduction, project on international energy policy, project on development/introduction survey, and project on information service by NEDO Information Center. In Chapter 4, as the FY 1996 results of the R and D of industrial technology, etc., described were R and D projects, medical/welfare equipment related project, R and D projects on environmental technology, and international industry technology related projects. In Chapters 5 and 6, stated was the coal related project. In Chapter 7, mentioned was the alcohol production project. (NEDO)

  5. Summary of FY 1998 research and development activities. 19th R and D activity report; 1998 nendo gyomu gaiyo. Dai 19kai jigyo hokokukai

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-09-01

    Summarized herein are the FY 1998 R and D activities by New Energy and Industrial Technology Development Organization (NEDO). The activities for new energy include those for the R and D for utilization of solar energy, commercialization of solar systems for industrial purposes, utilization of wind power, utilization of geothermal energy, utilization of coal energy, promotion of coal utilizing techniques, development of coal resources, development of fuel/storage techniques, development of techniques for hydrogen, alcohol and biomasses, promotion of new energy introduction, measures for international energy, surveys on development and introduction of new energy, and information services by NEDO's Information Center. The activities for industrial technology R and D include those for the R and D programs, medical/welfare-related equipment, industrial techniques for local environments, international industrial techniques, and establishment of research bases. Also summarized are the activities for coal mining structure adjustment, compensations for hazards resulting from coal mining, and alcohol production. (NEDO)

  6. Report on the fiscal 1995 research cooperation promotion project, `the research cooperation diagnosis survey`; 1995 nendo kenkyu kyoryoku suishin jigyo `kenkyu kyoryoku shindan chosa` hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1996-03-01

    A diagnosis survey was conducted for Japan to cooperate in researching subjects on technical development in developing countries. In fiscal 1995, surveys were made on the following: (1) recycling technology of biomass industrial waste in the tropical region, (2) small size geothermal exploration in remote islands, (3) waste water recycling system using activated carbon, etc., (4) upgrading of proofreading technology of measuring standards, (5) technology to simply set up conditions for forming engineering plastics, (6) assessment of safety of chemical substances. In (1), energy and useful matters are recovered from oil palm of Indonesia by thermal decomposition technology. In (2), a system is constructed which can effectively explore geothermal energy in remote islands in the east Indonesia. As to (3), a survey is conducted in the Philippines. (4) contributes to upgrading of length measuring standards in Thailand. (5) attempts to improve technology of forming engineering plastics. In (6), research cooperation is made for preventing environmental pollution and health damage by chemical substances from happening in Thailand and for technology for assessing safety of chemical substances which contributes to the proper use of the hazardous material law in Thailand. 28 figs.

  7. Report `A field test project for the disaster prevention type photovoltaic power generation (Kobe city, Hyogo prefecture)`; `Bosaigata taiyoko hatsuden field test jigyo (Hyogoken Kobeshi)` hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1996-09-12

    An experiment was conducted on the introduction of the disaster prevention type photovoltaic power system provided with storage batteries to public facilities, etc., considering not only the use of new energy from the environmental aspect, but the emergency use. In fiscal 1995, 5kW-output photovoltaic power systems were installed on the rooftop of Hiyodori and Takamaru regional welfare centers and a 30kW photovoltaic power system on the rooftop of the Hyogo Ward Office. Demonstrative tests of these systems started for collection of various data. Now that the systems were installed at the regional welfare center managed mostly by regional citizens and the ward office which is an administrative office familiar with regional residents, the understanding of and familiarity with the photovoltaic power system were obtained from regional residents, and also people were enlightened on the use of solar energy in such a point as economization of power rates using the interconnected power system. Further, for life supports, it was made possible to secure minimum electric power in emergency and to secure functions of disaster prevention spots. 3 figs.

  8. Report on the general course training of the fiscal 1996 coal engineer training program; 1996 nendo sekitan gijutsusha yosei jigyo ippan course kenshu hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1996-12-01

    The paper reported the general training of the fiscal 1996 coal engineer training program supported by NEDO. In Japan, where natural resource is poor, it is important to transfer from its petroleum dependence energy structure to the system for new energy development and dispersed energy supply. Coal resource is distributed widely in the world and is expected to spread in the future as a main substitute for petroleum. Worldwide attention is much paid to coal supply/demand and environmental problems, but the situation surrounding coal is not necessarily favorable. Under these conditions, Japan is a prominent coal importing country and is on the world-top level in terms of coal utilization technology. Japan has heavy responsibility and needs to play a leading role in adjusting and solving various problems on coal both domestically and internationally. Under the circumstances, 7 persons who are engaged in the coal related business and expected to be in future (3 from the mining relation and 4 from electric power comapanies) participated in the training this fiscal year and received the top-level training in Japan and overseas. 20 figs., 3 tabs.

  9. Regional new energy vision formulation project for Ukiha Town. Fiscal 2001 report (Summary); 2001 nendo Ukiha machi chiiki shin energy vision sakutei tou jigyo hokokusho (Gaiyo ban)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-02-01

    For contributing to the preservation of the global environment through new energy application and energy conservation, efforts were made to work out a new energy vision for Ukiha Town, Fukuoka Prefecture. Town's population was 17,482 in fiscal 2000, which showed a tendency to decline slowly. The town demands 158,886 drums/year in terms of crude oil - 56.2% in electric power, 19.5% in gasoline, and 10.5% in gas oil. As for the presence of new energy resources, wind power comes in first in terms of magnitude, and woody biomass energy is also found in abundance since lumbering prospers in the town. Named as candidate projects in the efforts to introduce new energies were the embodiment of practical size wind power systems in the hilly part; heat utilization and power generation using biomass such as scrap wood from lumber mills; introduction of photovoltaic power into public facilities; use of clean energy vehicles by the town office; photovoltaic power generation and solar heat utilization at welfare facilities and public gymnastic halls; street lamps lighted by hybrid power systems in the shopping area and at the Michinoeki roadside service spot; use of new energies in agriculture; financial aids to encourage photovoltaic power into general residences; etc. (NEDO)

  10. Fiscal 1999 research cooperation project report. Research cooperation on coal liquefaction technology; 1999 nendo sekitan ekika gijutsu ni kansuru kenkyu kyoryoku jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    This report summarizes the fiscal 1999 research cooperation project result on coal liquefaction technology. Cooperative FS was made on coal liquefaction technology of Indonesian coal as petroleum substituting energy. To obtain the basic data necessary for the FS, study was made on the applicability of Indonesian natural minerals as catalytic materials. Promising low-cost abundant Soroako Limonite ore showed a high catalytic activity for liquefaction reaction of Banko coal, and an excellent grindability. Improved BCL process including hydrogenation process was promising for production of high-quality coal liquid superior in storage stability with less nitrogen and sulfur contents. Survey was made on the general conditions of Tanjung Enim area including South Banko coal field concerned, and the geological features and coal seam of South Banko coal field which is composed of 3 seams including coal deposits of 6.35 hundred million tons. To study the marketability of coal liquid, survey was made on the current situation of oil, oil product standards, and blendability of coal liquid. Hydrogen for the liquefaction process can be obtained by coal gasification. (NEDO)

  11. FY 2001 report on the project on working out the new energy vision of Takasu Village; 2001 nendo Takasu mura shin energy vision sakutei tou jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-03-01

    For the purpose of promoting the introduction of new energy and enhancing the awareness of it in Takasu Village, Gifu Prefecture, an investigational study was conducted of the energy consumption amount, existence amount of new energy and project for new energy introduction, and a vision was worked out. The energy consumption amount of the village was 632,805.8 GJ/y. The rate of energy source was 23.2% of electric power, 22.2% of heavy oil, 21.2% of light oil, 20.8% of kerosene, 11.1% of gasoline and 1.6% of LPG. As viewed by sector, the energy consumption amount consisted of 42.1% in the transportation sector, 25.3% in the business sector, 20.2 in the industrial sector and 12.4% in the residential sector. As the project for new energy introduction, the following were studied: introduction of photovoltaic power generation to village center; introduction of photovoltaic /micro wind hybrid power generation to street light/burglar light/disaster-prevention use emergency power source at tourist resort 'Hirugano Heights'; introduction of biogas power generation by methane fermentation using animal feces, garbage, etc. as raw materials; utilization of ice/snow energy for storage of bulbs of flower/ornamental plant and as supply of cold wind to milk cow. (NEDO)

  12. Fiscal 2000 coal engineer training program. Report on research study of general training course; 2000 nendo sekitan gijutsusha yosei jigyo. Ippan kosu kenshu hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-11-22

    In connection with fiscal 2000 coal engineer training program, a research study of the general course was implemented with eight participants for the period from June 12 to November 22. In the field training, lectures were given at International Resources University by speakers from related companies, universities and laboratories, on such subjects as coal geology, coal mining technology, coal probing technology, marine cargo transportation, analysis, coal utilization technology, environmental preservation technology, overseas coal mine development project, and foreign coal situations. Also, in the seminar, on-the-spot training was conducted at such places as Taiheiyo Tanko Kushiro mining station, Nippon Kokan KK Keihin ironworks, Electric Power Development Co., Isogo thermal power station, Idemitsu Kosan Co., coal laboratory, MITI Agency of Natural Resources and Energy. In the overseas training, research study in China was carried out during the period from July 2 to July 7 while research study in the U.S./Canada and Australia/Indonesia were conducted separately by two groups through 35 day trip from Oct 7 to November 10. The major places for visit were energy-related organizations, coal mining companies, railway companies, coal handling harbors, coal thermal power stations, coal analysis companies, etc.. (NEDO)

  13. Field tests of photovoltaic power generation at the Fukuroi Mitsukawa Hospital in Fukuroi City, Shizuoka Prefecture; Fukuroishi Mitsukawa byoin taiyoko hatsuden field test jigyo (Shizuokaken Fukuroishi)

    Energy Technology Data Exchange (ETDEWEB)

    Namikawa, K

    1996-05-30

    A 30 kW-scale photovoltaic power generation system has been installed on the roof of an existing hospital. Various data have been collected to prove the applicability and stability of the system. The system was designed so as to be suitable for installing on the roof with high-wind. Structures of the frame and base were decided by considering the load and high-wind. The selection of design and materials for this system on the roof with high-wind due to the topography is expected to be technically proven. This field test is the first for private hospitals. The power can be supplied to medical equipment during outage at disasters. The introduction of a system having the self-function is also the first case. Brochure illustrating the outline of this system and the mechanism of photovoltaic power generation system was made and distributed to the public offices, hospitals, and visitors inside and outside the prefecture. Effectiveness of the photovoltaic power generation system has been positively diffused. A display board showing various conditions is placed in the entrance lounge, to diffuse and promote the system. 12 figs., 1 tab.

  14. Environmentally friendly type coal utilization technology transfer project. Downstream field; Kankyo chowagata sekitan riyo gijutsu iten jigyo. Karyu bun`ya

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1997-03-01

    The paper arranged the result of the clean coal technology transfer project carried out during October to December, 1996. For the purpose of supporting introduction/spread of clean coal technology (CCT) in Asian and Pacific countries, the project invited engineers of the countries to Japan, aiming at fermentation of the understanding of CCT and improvement in ability. The project was held by NEDO and managed by Center for Coal Utilization, Japan. The manager course is for policy decision makers, management and senior management (plant manager class). By taking up CCT assessment and a menu of economical efficiency, prepared was the environment to which CCT is introduced in case of working out policy and planning plant/equipment investment. Moreover, the engineer course is for policy planners, medium-class management (section chief class), senior engineers (planners), and takes up materials for judgment in case of planning CCT facilities and proposing measures to reduce environmental loads by management and improvement of facilities at the same time. Fifteen engineers were invited: 6 from China, 3 from Indonesia, 3 from the Philippines, and 3 from Thailand

  15. Wind power development field test project at Kodomari-mura 'Marinetopia'. Close survey on wind conditions; Kodomarimura Marinetopia ni okeru furyoku kaihatsu field test jigyo (fukyo seisa) hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-11-01

    A survey was made on wind conditions in Imabetsu-machi, Higashi Tsugaru-gun, Aomori prefecture, on the assumption that a wind power generation system was installed therein. The survey period was one year from Oct., 1998 to Sept., 1999. The observations were carried out on the average wind velocity, average wind direction, standard deviation of velocity, and the maximum instantaneous wind velocity. With a fixed point observation at 20 m above ground, and with the minimum observation time unit of 10 minutes, an average value during the 10 minutes was determined as the measurement of each category. However, the maximum instantaneous wind velocity was determined on the measurement with the minimum observation time unit of 2 seconds. The annual average wind velocity was 4.8 m/s, the maximum wind velocity during the period was 35 m/s, the prevailing wind direction was NW-WNW and ESE-SEW, and the occurrence rate of wind direction at the wind axis of NW-SE was 88.1%. The intensity of turbulence was 0.24 at a wind velocity of 2.0 m/s or above and was 0.20 at 4.0 m/s or above. An estimated annual operation rate of a windmill was 46-64% using the rated value of a 150 kW, 300 kW and 750 kW class windmills. (NEDO)

  16. Report on the field test project for wind power development at Yugawara Town (wind characteristics investigation); Yugawaramachi ni okeru furyoku kaihatsu field test jigyo (fukyo seisa) hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-11-01

    Wind characteristics are observed in the period November 1997 through October 1998 at Yugawara Town, Kanagawa Prefecture. The average wind speed is 5.1m/s and 5.0m/s at 20m and 10m above ground, respectively, suggesting that the difference in altitude causes but a very small difference in wind speed and that a large wind speed component exists in the vertical direction. Under the 16 compass point system, the wind direction occurrence rate is the highest in the NE direction and the second highest in the W direction. The two directions are prevalent, and their occurrence rates on the wind axes total 62.6%. The occurrence rate of wind speeds of not less than 5m/s is 40%. Turbulence intensity is 0.23 and 0.17 for the average wind speed of not less than 2m/s and for the average wind speed of not less than 4m/s, respectively, suggesting but a little impact of air current turbulence. The amounts of energy to be acquired by wind turbine systems of 150kW, 300kW, and 750kW are estimated at 301,363kWh, 651,593kWh, and 1,668,825kWh, respectively. Their annual capacity ratios are 22.9%, 24.8%, and 25.4%, respectively. Since difference in wind speed due to difference in altitude is small, it is supposed that the wind speed at the hub altitude is not so high. It is inferred consequently that service operation will be quite difficult to realize. Difficulties will be also encountered in relation to the route of turbine system transportation, power distribution line, and the distance to a transformation station. (NEDO)

  17. Fiscal 1999 technical survey report. Green Helmet Project (China, Sintering in steel industry); 1999 nendo green helmet jigyo (Chugoku seitetsugyo shoketsu) chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    A sinter cooler waste heat recovery system was installed and put to use at Taiyuan Iron and Steel Company in 1997. For the popularization of the system and technology, installation feasibility studies were conducted for Chungching Iron and Steel Company, Laiwu Iron and Steel, and Chiuchuan Iron and Steel Company. At Laiwu, studies were under way for the adoption of a China-manufactured system. At Chungching and Chiuchuan, there was a strong will to accept Japanese systems. Although a full investment/profit analysis including the cost of facilities remains to be carried out, it was concluded that the two steelmaking plants would be worth investment. The problems were how to raise funds and how much to invest. Although the system was simple and inexpensive under a Chinese design and was in a fairly wide use, it was found that it was not necessarily sufficient in heat recovering performance, service life, and capacity. A level of steam production to enable recovery in the form of electric power would be difficult to achieve, and the use of the resultant power would be limited only to in-house consumption of a small scale. (NEDO)

  18. 17th Business Report Meeting of New Energy Industrial Technology Development Organization (NEDO). Section Meeting on Information Service; Dai 17 kai jigyo hokokukai. NEDO joho teikyo bunkakai

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1997-09-01

    Since the foundation in 1982, NEDO Information Center has aimed to be a library which has concurrently various electronic service functions respondent to the age of multi-media. The center also edited and issued 'new energy information overseas.' Further, it started an implementing agreement for the Establishment of the IEA Energy Technology Data Exchange (ETDE implementing agreement) in 1987 and an implementing agreement for the coal related technology information exchange (coal research implementing agreement) in 1987 under IEA. Also under IEA, the center participated in an implementing agreement on the Centre for the Analysis and Dissemination of Demonstrated Energy Technologies (CADDET project) in 1990 and an implementing agreement on the Greenhouse Gas Technology Information Exchange (GREENTIE project) in 1993. They send the most up-to-date information from Japan to the world and also exert efforts to spread the most up-to-date energy/environment related information in the world to Japan. In the section meeting, reports were made on the outline of business, state of activities, and demonstration of various kinds of database in NEDO Information Center. And, a lecture titled 'Trends and subjects of intellectual property rights toward the age of multi-media' was also given by Professor K. Inamura, Keio University. (NEDO)

  19. Project report on drawing district energy-saving visions for Town of Nishi Senboku; Nishi Senboku machi sho energy vision sakutei nado jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    Studied in this project are concrete energy-saving procedures, and potentially saved energy and abated CO2 emissions in Town of Nishi Senboku, to promote energy saving and abatement of gas emissions which cause global warming. The energy-saving procedures studied include co-generation, utilization of waste heat, wind power generation, utilization of low-temperature heat by snow, fuel-efficient vehicles, use of insulators for houses, energy-saving type electric appliances, energy-saving activities, and eco-driving. The results indicate that the energy-saving activities and eco-driving can potentially more contribute to energy saving than the others. The study on introduction of energy-saving facilities in the 'Nukumori Hot Spring/Umeria' project indicates that the heat pump plus co-generation case is the most advantageous, because it can potentially reduce primary energy by 2,845,215MJ/y and CO2 emissions by 22,688kg-C/y. Introduction of energy-saving facilities is also studied for an information center in the Nishi-Senboku service area for the Akita Highway. The results indicate that the introduction can potentially reduce primary energy and CO2 emissions by 25 and 13%, respectively. (NEDO)

  20. Fiscal 2000 report on regional new energy vision formulation project for Yunomae town, Kumamoto prefecture; 2000 nendo Yunomaecho chiiki shin energy vision sakutei nado jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-02-01

    A regional new energy vision has been formulated for Yunomae town, Kumamoto Prefecture, from the standpoint that local autonomies are required to work out measures compatible with Government energy policies and thereby to wrestle with environmental measures being undertaken across the world. The results of activities conducted for this purposed are stated in six chapters, which cover (1) the meaning of regional new energy vision formulation and its position, (2) outline of Yunomae town, (3) energy and environments, (4) energy situation in Yunomae town, (5) Yunomae town's regional new energy vision, and (6) plans for promoting the embodiment of the vision. In chapter (5), basic policies toward new energy utilization, overall plan, leading projects, and energy conservation measures are stated. The types of new energy taken up for discussion are photovoltaic power, wind power, biomass power, refuse-derived energy, and hydraulic energy. Projects are subjected to study, which relate to photovoltaic power generation, solar heat utilization, small scale hydroelectric power, small scale wind power, and the introduction of clean energy vehicles. It is expected that these projects when carried out will cover approximately 10% of the current energy consumption of the town. (NEDO)

  1. FY 2000 research cooperation project on the support for heightening of capability of research institutes; 2000 nendo kenkyu kyoryoku jigyo. Kenkyu kikan noryoku kojo shien

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    For the purpose of supporting the heightening of capability of research institutes in the following 7 countries, China, Thailand, Malaysia, Indonesia, the Philippines, India and Vietnam, exchanges/guidance/training were conducted by sending researchers from Japan and inviting researchers to Japan. Japanese researchers were sent for the following: cleaner technology in fiber dyeing finish (Thailand), 3 cases including the survey of the actual state of underground water pollution caused by harmful pharmaceuticals (the Philippines), 2 cases including the energy recovery in the fiber dyeing industry (Indonesia), making of energy management rules in the industrial field (Malaysia), spread of the photovoltaic power generation to areas where there is no electricity service in Tibet (China), 3 cases including the personnel development in the environmental management field of electric power companies (India), and 2 cases including the information exchange program in the energy conservation field (Vietnam). A total of 74 researchers were invited to Japan, that is, to the environmental protection training course of Japan. (NEDO)

  2. Report on an international joint research project for global environment technology in fiscal 1998; 1998 nendo chikyu kankyo gijutsu kokusai kyodo kenkyu jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    In order to serve for measures against global problems taken by Japan, joint research was carried out with overseas research organizations. The research project selected ten themes considering urgency, internationality and economic proliferation effect in areas to serve for solution of global environment problems. These themes include removal or emission control of greenhouse effect gases, measures against atmospheric environment problems such as acid rains and ozone layer destruction, prevention of ocean contamination, development and effective utilization of energies and resources. When the feedback of these themes to the NEDO projects is considered, the research achievements in relation with development of the acid rain monitoring system in particular support indirectly development of carbon dioxide fixation technologies. The research achievements in developing an environmentally friendly biomass energy manufacturing process and environmental effect evaluation thereon contribute as an effective process to carbon dioxide reduction using biomass as raw materials. The achievements in research of nonlinear interfacial properties and mixed phase turbulence of low-purity carbon dioxide bubbles contribute to a project related to storage of carbon dioxide in oceans. (NEDO)

  3. FY 1999 report on the survey of the international joint research project on medical welfare equipment; 1999 nendo iryo fukushi kiki kokusai kyodo kenkyu jigyo chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    For the purpose of internationally cooperating in the R and D of medical welfare equipment, visits were paid to Australia and the U.S. to survey the related administration/research institutes/medical welfare facilities. Australia is a world leader of heart (transplant) operation, organ transplant, artificial middle ear, apneic relaxation equipment, ophthalmological equipment, bio-materials, etc. The country wants to positively promote the international cooperation with Japan because both countries are complementary to each other. Starting about 1999, the U.S. entered the age of competition of the R and D with the use of genome, and the post-genome age is already beginning there. A number of ventures are running for creation of new industry. As to the U.S. government's measures taken for subsidy, regulation, etc. toward new industry, the information could be obtained from the persons concerned. The impression of a tour of welfare facilities in the U.S. was that hardware/software are systematically prepared there, and the aged live bright and positive lives and enjoy lives. (NEDO)

  4. Fiscal 1999 technical survey report. Basic survey of prioritized fields in South Asia (Bangladesh); 1999 nendo Minami Asia chiiki (Bangradesh) energy tashohi sangyo kiso chosa jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    For working out and proposing project themes optimum for the popularization of technologies for effectively utilizing energy in Bangladesh, a basic survey was conducted into Bangladeshi energy policy, trend of supply and demand, steelmaking industry, cement making industry, and chemical fertilizer making industry. Bangladesh in fiscal 1997 consumed 10-million tons of energy in terms of oil, 60% or more in natural gas (domestic), 20% in oil, and the remaining 20% in others. Approximately 15% of all the households were supplied with electric power. There was no integrated production plant in the steelmaking industry. Only one mill performed calcination in the cement making industry. The impact to be imposed by the steelmaking and cement making industries on Bangladeshi energy consumption would be small. Fertilizer making was an important industry outputting 2.6-million tons, responsible for 30% of natural gas consumption. The highest priority was given to facility rehabilitation and production enhancement, and there was little hope that energy conservation facilities/technologies would be introduced into the steelmaking and fertilizer making industries. It was possible, however, that the horizontal tube mill would be replaced by a vertical roller mill in the cement making industry. (NEDO)

  5. Report on the 1997 Coal Engineer Training Program General Course Training; 1997 nendo sekitan gijutsusha yosei jigyo ippan course kenshu hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1997-12-01

    The paper reported training in the fiscal 1997 coal engineer training course. The training was made in a period from June 9 to November 12 in terms of actual training, English training, joint seminar, visits to the related facilities in Japan, overseas training, etc. for 10 engineers from mining companies, oil companies and electric power companies. In the actual training, the following lectures were given at International Resource University in Akita prefecture: coal exploration technology, coal situation of Australia, physical/chemical characteristics of coal and the application, coal preparation technology, coal situation in India, coal situation in the U.S., trend of general coal demand, coal situation in China, coal mining technology, actual surface mining technology, coal situation in Canada, commercial English, trend of raw coal demand, coal geology, environmental protection technology related to coal utilization, etc. Overseas training, which was divided into an Australia group and a Canada/America group, was conducted for about a month. Training in Indonesia was canceled because of a large scale forest fire which broke out immediately before the start. 88 figs., 52 tabs.

  6. Survey report for fiscal 1999. Project of diffusing gas driven cooling systems in Oman; 1999 nendo Oman koku ni okeru gas reibo fukyu jigyo chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    With the clean development mechanism (CDM) borne in mind, a study is made about the diffusion of gas driven cooling systems in Oman. The project under study aims to replace the motor driven turbo cooling systems, now in use at the Royal Hospital and other buildings in various areas, with gas driven cooling systems. It is then found that, when the Royal Hotel is equipped with such systems, energy will be saved by 1,855 tons/year in terms of oil, and greenhouse gas reduced by 5,129 tons/year in terms of CO2. When the Royal Hospital and other large buildings with heavy cooling loads, situated at or near the center of Muscat City and in the vicinity of the existing natural gas pipelines, are taken into account, energy will be saved by 13,049 tons/year in terms of oil and greenhouse gas will be reduced by 31,636 tons/year in terms of CO2, thanks to the presence of universities, hotels, and a sector occupied by government offices. As for the time necessary for investment recovery, it will be 4.7-5.3 years in case the investment does not cover a gas decompression station construction cost and 6.2-6.8 years in case it covers such. The new system will cost 7% less than the existing system. When a comparison is made in terms of electricity charges, the new system will be 30% lower than the existing system. The Omani Government is critical of a plan for allowing Japan to establish there an energy supply company (financed by Japan). (NEDO)

  7. Report on the project of drawing energy-saving visions for the Town of Sayo district; Sayomachi chiiki sho energy vision sakutei jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    The survey/study is conducted to draw the district energy visions for Town of Sayo, Hyogo Pref. The town as a whole consumes energy at 1,269,040GJ/y, or 140,817MJ/y per capita, which is about 1.2 times larger than the nationwide average. By energy source, electric power accounts for 43%, and oil products 53%. The town as a whole emits carbon dioxide at 18,900,403kg-C/y, or 2,097kg-C/y per capita, which is lower than the nationwide average. The short-term (1 year or less), medium-term (3 year or less) and long-term (5 years or less) targets are drawn by employees of the town offices, citizens and entrepreneurs for energy-saving directions (saving of power for air conditioning by adjusting clothes, wider use of bicycles and public trains). Those facilities investigated for promoting energy saving include those for the town office buildings, solar energy system for producing hot water for town-operated swimming pool, and solar energy system and photovoltaic system for Harima Observatory Park. (NEDO)

  8. Fiscal 1996 report on the committee for international collaborative research of medical and welfare apparatus; 1996 nendo chosa hokokusho (iryo fukushi kiki kokusai kyodo kenkyu jigyo)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1997-03-01

    From a viewpoint that cancer, cerebral hemorrhage, heart disease, etc. caused by the progress in aging are problems not only to Japan but to all developed countries, a possibility of Japan`s joint study with other countries was examined to promote efficiently and effectively research/development of the apparatus required. Moreover, from a viewpoint of being the same Asian countries, a possibility of the joint study was examined also with developing countries which are largely different in disease structure and environment of the use of apparatus from developed countries. In the examination on medical/welfare apparatus technology of China, before the site examination, a book of data was arranged on the actual state of population and disease structure and the R and D situation of medical/welfare apparatus in Japan, and at the same time, celebrated persons in China were introduced by the scientific society side as widely as possible. By this preliminary study, the original objective of the examination could be achieved. In the examination with the U.S. and Europe, Japan held meetings with engineers of the U.K., France and the U.S. Japan`s `load control type walking supporting apparatus,` of which the development was finished, was very highly evaluated by each organ of the countries

  9. 17th Business Report Meeting of New Energy Industrial Technology Development Organization (NEDO). Section Meeting on Solar Technology; Dai 17 kai jigyo hokokukai. Taiyo gijutsu bunkakai

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1997-09-01

    In this section meeting, reports were made on the following themes: 1) outline of NEDO solar technology development; 2) commercialization study of thin film polycrystal solar cell production technology; 3) development of CdTe solar cell module production technology; 4) R and D of construction material monolithic solar cell modules; 5) development of the project overseas for solar energy technology development. In 1), outlined were the development of commercialization technology of photovoltaic power system, internationally joint demonstration development of photovoltaic power system, development of production facilities of solar cell use compound semiconductors, development of commercialization technology of solar system for industrial use, etc., and a large wind power system. In 2), the results of the study 'low cost Si substrate production by continuous cast method' were reported. In 3), the results were reported of the increase in efficiency and development of low cost production technology for large area modules. In 4), 3 kinds and 6 systems of R and D for house roofs and building walls were conducted, and possibilities of commercialization were obtained in terms of performance and economical efficiency as construction material. In 5), with the use of natural conditions and social systems in Nepal, Mongol, Thailand and Malaysia, the development for commercialization of this system is being made by joint research with each country. (NEDO)

  10. FY 1998 survey report on the project on field tests for high-efficient industrial furnace introduction. Manual; 1998 nendo koseino kogyoro donyu field test jigyo mannual

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    The high-efficient industrial furnace is a technology with the use of ultra-high temperature air over 1,000 degrees C, which has been impossible. It has been developed since FY 1993. The technology can reduce the energy consumption amount by 30%, and there is a possibility of reducing not only CO2, but NOx by approximately 50% over the conventional method. The main technique of the technology is to preheat the air blown into the incinerator at much higher temperatures of 1,000 degrees C or more than those in the existing combustion and to blow fuel into that high-speed air flow using the short-time-change/heat-storage type heat exchanger. It was predicted that the target value set first can almost be reached, and there can be seen a possibility of its industrial application. Industrial furnaces are used in many industrial fields such as metal production industry, petrochemical industry and electric machinery industry. The energy conservation in these fields brings extremely marked effects, and therefore it is an urgent task to introduce the industrial furnace into the fields quickly. The concentrated R and D were finished in FY 1998, and the field test project for the introduction was actually started. (NEDO)

  11. Photovoltaic power generation field test at Saigo Police Station (police station in a heavy-snow district); Saigo keisatsusho taiyoko hatsuden field test jigyo (sekisetsu chiku no keisatsusho)

    Energy Technology Data Exchange (ETDEWEB)

    Matsuo, S. [Shimane Prefectural Police Department, Shimane (Japan)

    1997-05-30

    Contents of a fiscal 1996 photovoltaic power generation field test at a police station in a heavy-snow district are reported. The system is on the rooftop of the garage of Saigo Police Station, Saigo-cho, Shimane Prefecture, and is used for lighting, airconditioning, etc., in the police station. It is 15kW in capacity and operates on high-voltage interconnection (with back flow). The array is a 9-series/17-parallel (polycrystalline modules) system, facing 15deg eastward from due south and inclined at an angle of elevation of 17deg. Dead space on the roof is used for solar cell installation, and the applicability and stability of the photovoltaic power generation system, as installed at a police station in a heavy-snow district, were verified and, at the same, operation data were collected. The data will serve as guidelines for construction in the future, and will enable understanding about how a distributed type power generation plant should be on an isolated island. The compilation of various data about its system interconnection (with back flow) with the commercial power source is meaningful because it will work effectively in popularizing the photovoltaic power generation system. Efforts to appeal to the local population are under way, which includes letting visitors into a terrace, distributing advertising pamphlets, etc., which are quite effective in enlightening people of the new energy producing technology

  12. Nippon Steel Corp.: Carbon fiber seat business of Tonen Corp., formal bribery Nippon Steel Corp; Tonen no tanso seni shito jigyo. Shinnittetsu ga seishiki baishu

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-02-28

    Nippon Steel Corp. and Tonen Corp. announced that it signed the transfer contract of carbon fiber seat business on December 1, 1998. (Nittetsu composite) is established as a business company of carbon fiber compound material fitted to the existent business, and it makes use of the multiplier effect of the business integration, and the new day iron which purchased a business from Tonen Corp. works for the scale expansion. (translated by NEDO)

  13. Coal engineer training project for fiscal 1999. Report on general course training; 1999 nendo sekitan gijutsusha yosei jigyo. Ippan course kenshu hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-11-19

    This report was made on the general course training in the coal engineer training project implemented in fiscal 1999. The training was conducted from June 7 through November 19 with total 7 participating trainees from an electric power company, mining company, etc.. In the training, the lectures were given by speakers from domestic coal related companies, universities, laboratories and the like at the University of International Resources, a foundation, for about three weeks. An English training was carried out by three instructors at the same University for about eleven weeks with the purpose of acquiring the linguistic ability required for overseas coal development. The joint seminar was conducted in Tokyo by inviting lecturers, two from Australia and one each from Canada and Indonesia. The training by visiting the domestic coal related companies was such that the overseas lecturers and trainees visited Matsushima Mining Co., the Electric Power Development Company, NKK Corp and others. The overseas study and training were performed on a 35 day schedule by visiting energy-related institutions, mining companies, railway companies, coal loading/unloading harbors, and thermal power stations in Canada, the U.S., and Australia. (NEDO)

  14. Report on the field test project for wind power development at Yaku Town (wind characteristics investigation); Yakumachi ni okeru furyoku kaihatsu field test jigyo (fukyo seisa) hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-11-01

    Wind characteristics are observed for a year at Yakushima Young Travellers' Village of the above-named town, Kagoshima Prefecture. The exponential index of the wind speed distribution in the vertical direction is between 1.6 and 4.7, or 3.5 on the average, relatively small due probably to the peculiar terrain and causing no trouble in the development. Turbulence intensity is 0.16 at when the wind speed is 2m/s or more, low enough to meet the reference value (0.30 or less). The total occurrence rate on the prevalent wind axis (SSE-NNW) is 48%, falling short of the reference value (60% or more). The average wind speed in the prevalent wind direction is high and the wind energy density concentrates on the prevalent wind axis, this showing that the site is good for wind power development. The annual average wind speed is 5.6m/s, slightly lower than the reference value (5.8m/s or more). Since there are possibilities of a maximum instantaneous wind speed of over 60m/s, caution is to be used in determining the wind endurance level for the wind turbine design. The annual wind energy density is 325W/m{sup 2}, fully meeting the reference value (215W/m{sup 2} or more). The annual operation rates of the 150/300/750kW wind turbine models are 61/65/80%, and these meet the reference value (45% or more). Their annual capacity ratios are 24.5/26.6/27.7%, and these again meet the reference value (17% or more). (NEDO)

  15. NEDO coal mining structure adjustment subcommittee. 18th project report meeting; NEDO sekitan kogyo kozo chosei bunkakai. Dai 18 kai jigyo hokokukai

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-09-01

    Concerning the subject matter, a NEDO (New Energy and Industrial Technology Development Organization) director Keishiro Kawamo reports on NEDO's projects designed to smoothly implement the 'new coal policy'. Nobuaki Terasaka, chief of the planning division, coal and new energy department, Agency of Natural Resources and Energy, takes up the current status of the coal policy and the tasks it faces, and discusses, predicting the development of the coal policy, the assurance of stable supply of coal from abroad, development of clean coal technologies that will rightly deal with the world-wide environmental problems, and the international diffusion of the clean coal technologies and the completion of the basement therefor. Concerning the 'development of zeolite-related commodities,' a report is delivered on the manufacture of a soil improving material and a deodorant for fish grill from zeolite found rich in coal layers of Pacific Coal Mine Co., Ltd. Concerning the 'polycrystalline diamond manufacturing project,' a polycrystalline diamond synthesizing method making use of the blasting technique employed at coal mines is reported. (NEDO)

  16. Report for fiscal 2000 on joint seminar for coal engineer training project; 2000 nendo sekitan gijutsusha yosei jigyo godo semina hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-09-01

    This paper summarizes the contents of the joint seminar for coal engineer training project in fiscal 2000, which has been held in Tokyo on September 25, 2000. The lectures included 'Coal Resources in Gunnedah Basin - Future Coal Supply Potential and Geophysical Exploration' by Ms. Julie Ann Moloney, senior geographical engineer at NSW Department of Mineral Resources, Australia, 'Human Resources Development for Coal Mining in Indonesia' by Mr. Bangun Usman Harahap at the Ministry of Mines and Energy in Indonesia, 'Queensland Rail, a strategic partner - linking Coal Producers to World Markets' by Mr. John Stuart Burrows at Coal Queensland Rail, Australia, and 'The export coal mines of western Canada - A review' by Mr. Ron Smyth, director BC Geological Survey Branch, Ministry of Energy and Mines, British Columbia, Canada. Questions and answers were exchanged actively for these lectures. (NEDO)

  17. Fiscal 1999 technical survey report. Green Helmet Project (China, Steel industry - Coal moisture control facilities); 1999 nendo green helmet jigyo (Chugoku seitetsugyo) sekitan choshitsu setsubi chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    For the purpose of meeting the needs of Chinese steelmaking corporations disclosed at an energy conservation diagnosing session of a Japan-China steelmaking energy conservation seminar held in July 1999, Japanese specialists were sent to Chinese steelmaking plants, namely, Benxi Iron and Steel (Group) Complex, Wuhan Iron and Steel (Group) Company, and Nanjing Iron and Steel Works. They described the CMC (coal moisture control) technique for its popularization and for effectively utilizing the same for coke ovens. Also, feasibility studies were conducted for CMC installation at the respective plants. Engineers were invited from the Chinese plants to Japan for the observation of associated facilities and for the exchange of opinions. As the result, leading members of the Chinese steelmaking plants now learned the usefulness of CMC. In the feasibility studies, CMC installation led to a reduction in dry distillation energy, that is, a reduction in the amount of fuel gas required, to an improvement on coke production, and to the selection of the fluidized bed dryer as the optimum system. At Chungching Iron and Steel Works, the existing CMC facilities were not in continuous operation because of an inclined conveyer failure, yet there was a strong will to utilize the CMC technique. (NEDO)

  18. Fiscal 2000 report on regional new energy vision formulation project for Yoron town; 2000 nendo Yoroncho chiiki shin energy vision sakutei nado jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-02-01

    A regional new energy vision has been formulated for Yoron town, Kagoshima Prefecture, which will serve as guidelines for building an Environmentally Friendly Island. Yoron town is a town of approximately 6,000 inhabitants as of fiscal 2000, its energy consumption is equivalent to 61,427 drums in terms of crude oil, and it receives electric power from Yoron Power Plant of Kyushu Electric Power Co., Inc. The results of activities conducted in this connection are summarized in seven chapters, which are (1) coping with new energy vision formulation (2), energy supply and demand, (3) estimation of existing amount of new energy, (4) basic policy toward new energy introduction, (5) projects for introducing new energy, (6) existing energy systems, and (7) reference materials. Named as projects are the construction of a water supply power source (for storage pump) for the Furusato district; power source for farmland irrigation pumps; power sources for the integrated sports park and municipal library; power source for a farmyard compost center; wind power, photovoltaic power, and combined power generation facilities for streetlights; and the utilization of bagasse. (NEDO)

  19. Report on regional new energy vision formulation project for Kahoku town, Kumamoto Prefecture; Kahokucho chiiki shin energy vision sakutei nado jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-02-01

    A regional new energy vision has been formulated for Kahoku town, Kumamoto Prefecture, for the realization of an energy resource circulation type regional community in which people earnestly strive to be symbiotic with nature. The results of related activities are shown in six chapters, which are (1) the prerequisites to the plan, (2) outline of the Kahoku town region, (3) surveys of the existing amount and expectedly available amount of new energy, (4) feasibility of new energy introduction, (5) assessment of new energy introduction plans and their effect, and (6) tasks to discharge, and policies to follow, for new energy introduction. In chapter (5), new energy introduction plans and introduction policies are shown. Plans are made for the incorporation of photovoltaic power facilities, small hydroelectric power facilities, and bamboo chip boilers into public facilities; the installation of 750 kW class wind power facilities; and the adoption of hybrid vehicles to serve as official special vehicles. It is expected that these plans when implemented will bring about a 1,400 t-c/year reduction in CO2 emissions. As for the introduction of wind power generation, the dimensions are determined by taking into consideration the prerequisites to a NEDO (New Energy and Industrial Technology Development Organization) grant. (NEDO)

  20. Report on the project for working out the new energy vision of the Genkai town area; 2001 nendo Genkai machi chiiki shin energy vision sakutei tou jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-02-01

    For the purpose of promoting the introduction of new energy and enhancing the awareness of it in Genkai Town, Fukuoka Prefecture, an investigational study was conducted of the estimated amount of energy demand of the town, existence amount of new energy, project for new energy introduction, etc., and a vision was worked out. The energy consumption amount of the town in FY 1999 was estimated at 834 TJ/y. By sector, it consisted of 299.31 TJ in the industrial sector, 282.08 TJ in the transportation sector and 252.78 TJ in the commercial/residential sector. By energy source, the rate of light oil was the highest, followed in order by gasoline, electric power, kerosene, LPG, etc. As the project for new energy introduction, the following were studied: preparation of disaster-prevention type photovoltaic power generation at shelter, etc.; introduction of photovoltaic power generation to kindergarten, elementary school, etc.; introduction of photovoltaic power generation to street light, tourist information center, etc.; introduction of wind power generation to public facilities; use of the waste cooking oil made into diesel fuel for official vehicle; introduction of cogeneration to the health welfare hall; solar light/heat utilization system for residential/industrial use; wind power generation business for business establishment. (NEDO)

  1. FY 2000 research cooperation project on plastic processing technology/quality inspection technology; 2000 nendo kenkyu kyoryoku jigyo. Plastic kako gijutsu hinshitsukensa gijutsu ni kansuru kenkyu kyoryoku

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    For the purpose of improving the production technology of plastic products in Saudi Arabia, the joint development was made of the formation technology/quality inspection technology of agricultural use and food packaging use polyolefin film optimum to environmental conditions of the site, in the light of the needs there, and the FY 2000 results were reported. In the field survey/joint study, for the xenon type weather resistant testing machine and the extruder of the inflation film forming machine which were transported from Japan, the following were carried out: confirmation of the situation of accepting them on the site, functional test of computer of the extruder, installation of the machine testing weather resistance, and the trial operation. In the domestic support study, the extrusion test at laboratory was conducted using the polyethylene resin produced on the site to acquire the basic data for formation stability. Further, the film formation test was made using the equipment with the same specifications as those of the equipment introduced to the site to study the performance of screw extrusion and the formation stability of film. Also conducted were the analytical test/quality evaluation of resin materials/film. (NEDO)

  2. FY 1998 annual report on the environmental technology working group. 19th R and D activity report; 1998 nendo kankyo gijutsu bunkakai. Dai 19 kai jigyo hokokukai

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-09-01

    Summarized herein are the FY 1998 activities by the environmental technology working group, extracted from the 19th R and D activity report by NEDO. Mr. Mitsukawa, a NEDO's director, outlines the measures for diversifying environmental problems, prevention of global warming, waste disposal/recycling, and toxic chemical substances in the report entitled (Outlines of environmental technology development projects). The report entitled (Eco-cement production techniques for comprehensive utilization of urban type wastes (For efforts for construction of Ichihara eco-cement production facilities)) outlines characteristics of eco-cement production techniques, recyclability of eco-cement, and the facilities. The report entitled (Techniques for reutilization of plastics present in wastes as the blast furnace stocks) outlines the system, R and D project and commercialization, and vinyl chloride recycling system, to be developed by the financial support by NEDO. The other reports include (Development of universal controllers for coping with environmental problems) and (R and D of techniques of simplified dioxine analysis). (NEDO)

  3. Fiscal 1998 research report. International measures project for rational energy use (Survey project of the analysis tool of Asian energy consumption efficiency); 1998 nendo chosa hokokusho. Kokusai energy shiyo gorika nado taisaku jigyo (Asia energy shohi koritsuka bunseki tool chosa jigyo)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-02-01

    This project aims to prepare the inter-industry relations table and analysis model for energy analysis for every Asian country, and analyze the relation between energy consumption and industrial structure or final demand structure. The 1985 and 1990 inter-industry relations tables of each country were prepared in cooperation with the governmental organizations of China, Korea, Taiwan, Philippines, Thailand, Malaysia, Singapore and India. However, the 1987 and 1990 tables were prepared for China. In fiscal 1998, the project invited the representatives of each concerned organization, and held the international workshop together with Japanese specialists to discuss various issues related to not only table preparation but also data analysis. The following items were analyzed for every country: a change in final energy consumption, a dependence on coal in primary energy consumption, transfer of energy consumption to other energy resources, and an energy consumption rate in the whole industry. (NEDO)

  4. Report on FY 1998 project for international energy utilization rationalization, etc. (Project of the analytical tool survey for making energy consumption effective in Asia); 1998 nendo chosa hokokusho. Kokusai energy shiyo gorika nado taisaku jigyo (Asia energy shohi koritsuka bunseki tool chosa jigyo)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    In the Asian region, for the purpose of grasping effects of both economic growth and effective energy consumption, an analytical tool added with a computational function was developed with the interindustrial relations table as database for the analysis of the present situation and the simulational analysis. In the analysis of the present situation, changes between the two time-points, 1985 and 1990, were analyzed using the developed energy consumption table and the CO2 emission table. The energy consumption amount is increasing with the growing economy. However, the energy unit consumption is decreasing in countries except Korea, the Philippines, Singapore and Malaysia. The trend is that the energy consumption is becoming effective and the CO2 emission amount is decreasing. As an example of simulating the introduction effect of energy saving technology, the simulation was conducted on the three: iron steel, paper/pulp, and cement in Indonesia. As a result, the decrease in energy consumption was shown in paper/pulp by 48%, in cement by 16%, and in iron/steel by 16%. The same was also indicated in CO2 emission. (NEDO)

  5. FY 2000 report on the promotion projects by Research Institute of Innovative Technology for the Earth. Proceedings of the international seminar (Reports on photosynthetic CO2-assimilating enzymes by the international workshops); 2000 nendo chikyu kankyo sangyo gijutsu kaihatsu suishin jigyo kokusai seminar jigyo shiryo. Kogosei CO2 kotei koso kokusai workshop hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    Described herein are the reports on photosynthetic CO2-assimilating enzymes, presented to the international symposium. These enzymes are important for assimilating CO2 in air, maintaining the environments and production of foods. For genes and proteins, the topics include diversification and function evolution of the RuBisCO (ribulose 1,5-bisphosphate carboxylase/oxygenase) in the natural environments, in particular in microorganisms. For activity regulation of PEPC, the topics include three-dimensional structures of PEPC and phosphorylation mechanisms and activity regulation therefor. For activity regulation of RuBisCO, the topics include post-translational activity of the enzymes (e.g., methylated enzyme); molecular regulation mechanisms involved in the biosynthesis and decomposition of RuBisCO; and activity regulation mechanisms in the chloroplast. For leaf photosynthesis and RuBisCO, the topics include importance of enzymes and involved in-vivo reaction steps for leaf photosynthesis CO2 assimilation reactions. For function of PEPC, the topics include the biochemically and molecular biologically necessary and sufficient conditions for the C4 mechanism as the special photosynthesis mechanism. For transgenic approaches, the topics include procedure for allowing the RuBisCO gene of a dissimilar organism to function in the tobacco chloroplast, and introduction of enzymes involved in the C4 photosynthesis pathway in C3 plants. (NEDO)

  6. FY 1998 annual summary report on project for international energy consumption rationalization. Survey on analysis tool for improving efficiency of Asian energy consumption (data book 2 for 1985); 1998 nendo kokusai energy shiyo gorika nado taisaku jigyo chosa hokokusho. Asia energy shohi koritsuka bunseki tool chosa jigyo (shiryoshu 2 1985 nen data)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    The data book is compiled, based on common industrial classifications, as the tool for analyzing, e.g., the mutual ripple effects of economic growth and increased efficiency of energy consumption throughout the Asia-Pacific region. This book summarizes the industrial-related and energy-related tables for 8 Asian countries and Japan. The book II is for the 1985 data (1987 data for China), comparing with the book I for the 1990 data. The industry-related tables are composed of the tables for transaction bases, input coefficients, final demand converters, importation coefficients, inverse matrices, sensitivity/influence coefficients, production inducement levels, production inducement coefficients, degrees of dependence on production inducement, importation inducement levels, importation inducement coefficients, and degrees of dependence on importation inducement. Energy-related tables are composed of the tables for, e.g., energy input, energy consumption, emissions, and CO2 emissions. (NEDO)

  7. Report on the survey of the project on the environmentally friendly type energy community field test. Investigative project for development and commercialization of recycle technology of waste edible oil; 2001 nendo kankyo chowa gata energy community field test jigyo chosa hokokusho. Hai shokuryo yu no recycle gijutsu kaihatsu to jitsuyoka no tameno chosa jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-06-01

    An investigative study was made of the use of waste edible oil as fuel and recycle use of residual food in the food service business. As to the existence/recovery of edible oil, it was found out that waste edible oil of 15.9g/meal per capita was discharged at multiple wide-area distributed shops and that the total amount reached 1,861kl/y in the country. Concerning the technology for using it as biodiesel fuel, Ronford Co., which has the most actual results of the technology, recovers waste edible oil in Kyoto City, refines it and uses it as fuel for the City's garbage truck. About the use of waste edible oil as boiler use fuel, there are examples in Sapporo Grand Hotel, which has been contributing to energy conservation for more than five years. In the assessment of the profitability as project, for the direct combustion for boiler fuel use, the same/large heat supply system is a prerequisite, and for the hot stove loaded type direct combustion, there is an element of the technology development. Therefore, the use as bio-diesel fuel is most expected, though there is a taxation problem. (NEDO)

  8. FY 1999 Feasibility study on the environmentally-friendly coal utilization systems. Green Helmet Project (Circulating fluidized bed boiler Zaozhuang, Shangdong Province, China); 1999 nendo kankyo chowagata sekitan riyo system kanosei chosa jigyo seika hokokusho. Green helmet jigyo (junkan ryudosho boiler Chugoku Shangdong sho Zaozhuang)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    The demonstration project is carried out in at Chaili coal mine in Shangdong Province, China for installation of and dissemination activities for circulating fluidized bed boilers to abate sulfur oxide emissions associated with utilization of coal, and the FY 1999 results are reported. The operating conditions were reviewed, and some recommendations were made for improving the operation procedures. Limestone was not used for desulfurization, and furnace temperature tended to increase due to increased size of the fluidizing particles. Therefore, it was recommended to use limestone at the design rate. The boiler was operated at a load exceeding the design level, and it was recommended to limit the load viewed from extending serviceability. The boiler start-up procedure was concretely proposed to use a mixed fuel of wood and coal instead of distillate oil, in order to reduce the start-up cost. The recommendations and design support activities for improving facilities included early stage repair of the damaged refractories. For build up of the ashes in the horizontal heat transfer section, the investigated design charts for improvement by installation of ash-discharging hopper were drawn and proposed. Maintenance-related information was given, including Chinese agencies for obtaining auxiliary facilities. (NEDO)

  9. FY 2000 report on the survey project on potentiality of the environmental harmony coal utilization system. Potential study of the circulating fluidized bed boiler model project in Vietnam; 2000 nendo kankyo chowagata sekitan riyo system kanosei chosa jigyo hokokusho. Vietnam ni okeru junkan ryudosho boiler model jigyo jisshi kanosei chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    In Vietnam, survey was conducted of the project in which the adoption of circulating fluidized bed boiler (CFB) makes energy conservation and greenhouse effect gas reduction possible. CFB makes a marked decrease in SOx emission possible by using limestone as combustion bed material. As a result of the survey, the thermal power plant was not suitable for the model project due to its large size. However, it was found that two cement plants and one fiber plant having coal-fired boiler were suitable for survey. Nghi Son and Bim Son cement plants are typical cement plants in Vietnam. As a result of the hearing, they were eager to adopt CFB equipment. As to environmental improvement effects, in the thermal power plant with power source loads, emissions of SOx and NOx can be reduced by 79.0% and 72.5%, respectively. Further, in Nam Dinh Textile Company, emissions of SOx and NOx can be reduced by 79.8% and 84.6%, respectively, in case of converting boiler from the existing stoker boiler to CFB boiler. (NEDO)

  10. Fiscal 1998 intellectual infrastructure project utilizing civil sector functions. Research and development project on prompt-effect type intellectual infrastructure creation (Basic study of measurement of human characteristics); 1998 nendo minkan no kino wo katsuyoshita chiteki kiban jigyo seika hokokusho. Sokkogata chiteki kiban sosei kenkyu kaihatsu jigyo (Ningen tokusei keisoku ni kansuru kiban kenkyu)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    For the development of working conditions fit for aged people and devices for them to operate, their visual function and behavioral characteristics are measured and analyzed. In the study of visual functions, 50 people from local cities and regions and another 50 from Osaka and its neighboring cities are subjected to measurement regarding visual acuity required in daily life, color discrimination, dark adaptation, glare, and the like. In the study of performing characteristics, 500 people are subjected to measurement regarding the scope of movement of upper limbs, their reach, and skillfulness with which the people can move fingers. When brightness, luminance, and contrast are caused to change relative to letters and background, aging is found to exert a great influence on the ease of reading, dark adaptation, and glare. As for the upper limb work range and reachability and the skillfulness in finger movement, it is found that aging narrows down the tolerant work area, lowers the working pace, and greatly affects skillfulness depending on the device operating method, all these disclosing actualities of difference attributable to age and sex. Concerning the device operating position and the ease of device operating force application, new measuring and evaluating methods are worked out, and correlations between the contents of operation and the operating position are seized. (NEDO)

  11. Survey report for fiscal 1998. International project for rationalizing energy use (a project for investigating analyzing a tool to improve energy consumption efficiency in Asia) (Data collection 1 (Year 1990 data)); 1998 nendo kokusai energy shiyo gorika nado taisaku jigyo chosa hokokusho. Asia energy shohi koritsuka bunseki tool chosa jigyo (shiryoshu 1 1990 nen data)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    With an objective to identify quantitatively the mutually influencing effect of economical development and energy consumption efficiency improvement in the entire Asia-Pacific region, a data collection was prepared according to the common industry classification as a tool to analyze energy consumption improvement in Asia. This data collection summarizes the industry relation tables and the energy relation tables available in eight Asian countries (Korea, Indonesia, Thailand, Philippines, China, Taiwan, Singapore and Malaysia) and Japan. Both kinds of the tables are unified in conception among the nations, hence comparable. The industry relation table consists of a basic transaction table, a charged coefficient table, a final demand converter table, an import coefficient table, a reverse matrix table, a sensitivity coefficient able, an influence force coefficient table, a production inducing amount table, a production inducing coefficient table, a production induction dependence table, an import inducing amount table, an import induction coefficient table, and an import induction dependence table. The energy table consists of an energy input table, an energy consumption table, and an emission table. (NEDO)

  12. FY 2000 report on the coal resource development basic survey (information collection analysis project). Cooperative project on the open-cut coal mine rehabilitation technology; 2000 nendo sekitan shigen kaihatsu kiso chosa (joho shushu kaiseki jigyo) hokokusho. Rotenbori sekitan saikutsu atochi shufuku gijutsu kyoryoku jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    At the Ensham open-cut mine in Australia, an investigational survey was conducted of a new rehabilitation technology which can contribute also to securing CO sink with the aim of preventing global warming, and the FY 2000 results were summed up. In the survey, the surface soil, sand silt layer, brown rock layer, gray sandstone layer and coal seam were moved from open pits, the goaf was embanked, and the experimental section was set up. As to the place for test, conducted were collection of information on adaptive plant species, bacterium species, meteorology and precipitation pattern, soil analysis, etc. Concerning the bacteria, bacteria were newly separated and tested at the survey site, besides the species to be tested. After planting, measurement of the growth amount of plants, etc. were conducted grasping the meteorology and the water-pouring state during cultivation. For the basement, three kinds of spoils were used, and permeability is different in each spoil. Permeability is an important factor to plants. Too good permeability and too bad permeability are both not good. A future follow-up survey will make what kind of spoil is suitable for eucalypti possible. (NEDO)

  13. FY 2000 report on the promotion projects by Research Institute of Innovative Technology for the Earth. Proceedings of the international seminar (Reports presented to the international workshop for selective oxidation catalysts); 2000 nendo chikyu kankyo sangyo gijutsu kaihatsu suishin jigyo kokusai seminar jigyo shiryo. Sentaku sanka shokubai kokusai workshop hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    Described herein are the FY 2000 results of the international workshop for selective oxidation catalysts, promoted by RITE. The session of methane activation includes a comprehensive lecture on designs of selective alkane oxidation catalysts developed since the 1980s, describing the simplified catalyst design procedures and, at the same time, pointing out the vapor-phase reactions governing the overall reactions at high temperature. The session of alkane oxidation includes a lecture on oxidation of ethane into acrolein in the presence of a silica catalyst supporting isolated active sites, stressing necessity for controlling the vapor-phase reactions and importance of isolating the active sites. The session of crystalline materials includes a lecture on Ti-siting in Ti-containing molecular sieve and selective oxidation catalyst functions, concentrating discussion on oxidation with H{sub 2}O{sub 2} as the oxidant on TS-1. The session of engineering hybrid includes a lecture on catalytic partial oxidation of alkanes in millisecond reactors, describing that possibility of controlling the vapor-phase reactions in the presence of monolith, porous-plate catalysts in a reactor through which the reactant gases pass in a very short time, of the order of millisecond. (NEDO)

  14. Report on achievements in proliferation project to assist introduction of environment harmonizing type coal utilization system in fiscal 1998. Joint demonstration project for CMG recovery and utilization system in fiscal 1998 (utilization facilities); Kankyo chowagata sekitan riyo system donyu shien nado fukyu taisaku jigyo seika hokokusho. 1998 nendo CMG kaishu riyo system kyodo jissho jigyo (riyo setsubi)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-09-01

    This paper describes the achievements of the discussions in fiscal 1998 on the utilization facilities related to the coal bed methane gas supply plan for the city of Tieling in China. The gas quality standard calls for 3,500 kcal/m{sup 3} or more (methane concentration of 41% or higher). The supply is planned to start in December 1999, and continue the supply of 141,000 Nm{sup 3}/day in 2000, and 212,000 Nm{sup 3}/day in 2001 and thereafter. A gas supply center to collect gases recovered from each mine will be installed in the vicinity of the existing gas holder located about 2 km east of the Tiefa Mining Bureau. The Japanese side bears the cost of installing a gas compression and transportation facility for gas supply to the city of Tieling, a monitoring system, and devices for comprehensive surveillance system. This paper shows the overall plan drawings, the drain separator room building plan, the plans for arranging devices in the machine room, and the piping scheme. In addition, the piping plan around the gas holder, and the basic device plan are shown. Also appearing in the paper are the machine summary drawings, summarized flow charts, gas holder plan, de-humidifier plan, and electricity and instrumentation plans. The main body and supporting structure for the gas holder, and the foundation strength calculation sheets are also shown. Descriptions are given also on the facilities to deal with variation in demand quantity and supply quantity. (NEDO)

  15. Fiscal 2000 report on cooperative basic project on international energy consumption improvement/International conference project such as IPCC. International Symposium on the Kyoto Mechanisms; 2000 nendo kokusai energy shohi koritsuka nado kyoryoku kiso jigyo / IPCC nado kokusai kaigi jigyo Kyoto mechanism ni kansuru symposium hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-06-01

    The above-named symposium was held at United Nations University in the period April 12-13, 2001, and the conference is outlined in this report. The symposium aimed to contribute to the progress of international rule making and to the enhancement of mutual understanding through the exchange of views and opinions by negotiators representing their countries over the Kyoto mechanisms, the rule of emissions trading in particular, and through the analysis of negotiators' options; to discuss how international rules should be from a practical viewpoint with the participation of people related to the market or industries and engaged actively in the implementation of the mechanisms; to enrich Japanese people's knowledge about the mechanisms and to enhance their understanding of greenhouse gas emissions reduction techniques making use of the mechanism of the market; and so forth. The conference included Session 1: Current status of international negotiations and views from parties, Session 2: Toward credible and workable scheme of the mechanisms (Parts 1 and 2), and Session 3: Emissions trading - Outstanding issues and options. (NEDO)

  16. Report on the survey of the project on the environmentally friendly type energy community field test. Separate volume - reference data. Investigative project for development and commercialization of recycle technology of waste edible oil; 2001 nendo kankyo chowa gata energy community field test jigyo chosa hokokusho. Hai shokuryo yu no recycle gijutsu kaihatsu to jitsuyoka no tameno chosa jigyo (Bessatsu - Sanko shiryo)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-06-01

    For the purpose of promoting the effective utilization of biomass resource, an investigative study was made on the development of recycle technology of waste edible oil. In the survey, the following were carried out and the results were summarized: promotion measures for biodiesel oil by the EU, promotion measures for biodiesel oil by other countries including Canada, promotion measures for biodiesel oil by the US's Department of Energy (DOC), actual results of the use of biodiesel oil in Kyoto City, reference data on biodiesel oil in Japan, and tackling toward the promotion of BDF in the Ministry of Agriculture, Forestry and Fisheries. As to the transportation use fuel in the EU in the coming 20 years, biofuel, natural gas and hydrogen seem to be selected. If measures are positively taken, biofuel is expected to be 2%, 6%, 7% and 8% in FY 2005, FY 2010, FY 2015 and FY 2020, respectively. Also, natural gas is expected to be 2% in FY 2010, 5% in FY 2015 and 10% in FY 2020, and hydrogen is expected to be 2% in FY 2015 and 5% in FY 2020. (NEDO)

  17. FY 2000 report on the research cooperation project on the research cooperative follow-up for development of the manufacturing technology supported by advanced and integrated information system through cooperation; 2000 nendo kenkyu kyoryoku jigyo. 2000 nendo kan'i sosagata denshi sekkei seisan shien system no kaihatsu ni kansuru kenkyu kyoryoku follow up jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    The manufacturing technology supported by advanced and integrated information system through cooperation (MATIC), that is, a project supporting the production technology including the international information system and CAD/CAM system, etc. was carried out from FY 1994 to FY 1998. From FY 1999, the follow-up project is being implemented for the spread of the MATIC results, support for the independent R and D and the technical guidance. China, Indonesia, Malaysia and Singapore participated in this project, by which the support and technical guidance were given in three fields: automobiles/the parts; household electric appliances/the parts; fiber/apparel. At present, each country is continuing its own activity for using the system developed in the MATIC project in its country. In this fiscal year, researchers were sent to each country for supporting the activities. Further, the MATIC follow-up committee was established to conduct the drawing-up of a business plan, grasp of the state of the spread/R and D, discussion about problems/subjects, comprehensive evaluation of the MATIC project, etc. (NEDO)

  18. Report on investigations in fiscal 2000 on the projects to support introduction of environment friendly coal utilization system. Green helmet project for briquette production plant - Mae Moh coal mine, Thailand; 2000 nendo kankyo chowagata sekitan riyo system donyu shien jigyo chosa hokokusho. Briquette seizo setsubi ni kakawaru green helmet jigyo (Thai koku Mae Moh tanko)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-06-01

    This Green Helmet Project is intended to suppress generation of environment polluting substances in association with coal utilization in Thailand by demonstrating and improving the proliferation infrastructure for the clean coal technology to be used widely in Thailand. The project is also intended to serve for stabilized assurance of energies for Japan. The demonstration project related to briquette manufacturing facilities executed as one of the 'Projects to support introduction of environment friendly coal utilization system' is intended to manufacture at low cost a briquette which is low in odor, free of smoke, and suppressed largely of sulfur oxide generation. The briquette is made by adding clayish minerals, sulfur, a fixing agent and a binder into brown coal being a low grade coal. The project implements proliferation of the technology to reduce environmental load associated with coal utilization in developing countries according to the situation and needs of the counterpart countries. The present project has performed the site surveys and guidance of operation and maintenance techniques as follow-up works of the demonstration project having been completed by cooperation between Japan and Thailand. It is considered that what had been intended in the beginning has been achieved sufficiently. (NEDO)

  19. Report on fiscal 1996 basic survey project for efficient use of energy in developing countries - database building project. Part 2. Decision on data base dissemination plan; 1996 nendo hatten tojokoku energy koritsuka kiso chosa jigyo (database kochiku jigyo) hokokusho. 2. Database no fukyu keikaku no sakutei

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-03-01

    A dissemination plan was decided on concerning an energy-related database, which has been prepared in the eight countries including Japan in the Asian Pacific region since fiscal 1993. The database is so designed that the energy-related data of the eight countries are retained equally by each country and that the data of all these countries are readily made available in each of these counties in the same manner as retrieving the data of its own. It is necessary that each country establishes a system of amassing data of its own and collecting the data continuously as well as renewing the data mutually with the other countries. The disseminating/enlightening measures of the database were extracted from such viewpoints as enhancing the recognition level, educating/enlightening the usage, teaching the operation method, and customizing the NEDO-DB. In addition, a plan was prepared in which organizations/institutions, as the object of the dissemination and enlightenment in each country, were classified into four groups based on the relation to their counterpart and on the possibility of the database utilization, with a schedule made for each group as to the implementation of each of the disseminating/enlightening measures. (NEDO)

  20. Report on projects of the basic survey of effective energy consumption in developing countries and the invitation of engineers of developing countries to Japan (Vietnam, the Philippine, Indonesia and Thailand) in FY 1997; 1997 nendo chosa hokokusho Hatten tojokoku energy shohi koritsuka kiso chosa to jigyo hatten tojokoku gijutsusha shohei jigyo (Vietnam, Philippines, Indonesia Tai)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-03-01

    Based on the significance of technological training for energy saving and environmental protection, NEDO has invited administrators and engineers of four countries in Southeast Asia. Pollution prevention technology, administrative methods and energy saving measures in Japan were lectured in the International Center for Environmental Technology Transfer. The training curriculum included (1) basic law of environment and local administration from the viewpoint of criminal law concerning history of air pollution problems and countermeasures in Yokkaichi petroleum industrial complex, (2) prospect of new energy technology development in Japan relating to the energy saving law, (3) energy saving measures, air/exhaust gas/dust treatment for environmental protection, and actual waste treatment measures by typical individual industries, and (4) significance of common management technology for individual treatment measures. Policies of energy saving and environmental protection and technology information in Japan which can be transferred were provided to two administrators of energy saving in the industry sector of Management of Science, Technology and Environment of Vietnam. 12 figs.

  1. Project report for fiscal 1998 on the research cooperation promotion project/research cooperation related to practical use of a thermal efficiency enhancing system for use in thermal power plants; 1998 nendo kenkyu kyoryoku suishin jigyo / karyoku hatsudensho ni okeru netsu koritsu kojo system no jitsuyoka ni kansuru kenkyu kyoryoku jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    Thermal efficiency enhancing system technology for existing thermal power plants is studied jointly with Indonesia to achieve energy conservation and power generation cost reduction and serve for suppressing CO2 emission. Site investigations were carried out for the study on enhancing thermal efficiency in component devices, including improvements in a device to rinse small pipes in condensers and in materials used in air preheaters, as well as for heat management and efficient operation of the plants. Indonesian engineers were received to develop device designing and thermal efficiency controlling programs, and for technical guidance. Site seminars were held to proliferate the achievements. Under the trend of increasing electric power demand, Indonesia is apt to place first priority on stabilized operation of power plants, with the efforts of thermal efficiency management staying behind partly due to fossil fuel price being low. The present project has made it possible to utilize hereafter the result of the rough design on improving the thermal efficiency in existing thermal power plants as has been done under the present project. Receiving the researchers and holding the site seminars also helped transfer the technologies on the thermal efficiency improving processes, and device maintenance and management methods. The project has also contributed to the consciousness reformation. (NEDO)

  2. Fiscal 2000 report on cooperative basic project on international energy consumption improvement/International conference project such as IPCC. International Symposium on the Kyoto Mechanisms; 2000 nendo kokusai energy shohi koritsuka nado kyoryoku kiso jigyo / IPCC nado kokusai kaigi jigyo Kyoto mechanism ni kansuru symposium hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-06-01

    The above-named symposium was held at United Nations University in the period April 12-13, 2001, and the conference is outlined in this report. The symposium aimed to contribute to the progress of international rule making and to the enhancement of mutual understanding through the exchange of views and opinions by negotiators representing their countries over the Kyoto mechanisms, the rule of emissions trading in particular, and through the analysis of negotiators' options; to discuss how international rules should be from a practical viewpoint with the participation of people related to the market or industries and engaged actively in the implementation of the mechanisms; to enrich Japanese people's knowledge about the mechanisms and to enhance their understanding of greenhouse gas emissions reduction techniques making use of the mechanism of the market; and so forth. The conference included Session 1: Current status of international negotiations and views from parties, Session 2: Toward credible and workable scheme of the mechanisms (Parts 1 and 2), and Session 3: Emissions trading - Outstanding issues and options. (NEDO)

  3. FY 1998 annual report on the project of basic survey for improving energy consumption efficiency in developing countries / invitation of engineer trainees from developing countries (Indonesia, the Philippines, Vietnam and Myanmar); Hatten tojokoku energy shohi koritsuka kiso chosa nado jigyo / hatten tojokoku gijutsusha shohei jigyo 1998 nendo chosa hokokusho (Indonesia, Philippines, Vietnam, Myanmar)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    NEDO is positively implementing the training programs, in view of importance of training experts on (energy-saving and environmental conservation technologies), by inviting administrators and engineers from developing countries to educate them with Japan's pollution preventive techniques, administration procedures, energy-saving measures, and so on. In FY 1998, NEDO commissioned the International Center for Environment Technology Transfer to train administrators and engineers from Indonesia, the Philippines, Vietnam and Myanmar. This paper describes the proposals, based on the collected answers of the trainees to the questionnaires. The trainees were interested in all themes. About 40% of the trainees considered that the training period was short. Some trainees hoped the training course was held in summer. Difference in industrialization is reflected in difference in recognition and urgency of the environmental problems. Training was conducted by English and Vietnamese, but could be done without translators of Vietnamese. Preparation for the invitation needs a lot of works, and the course should be explained more thoroughly beforehand. It is regrettable that one trainee from Indonesia was late for the course. (NEDO)

  4. Project of the basic survey of cooperation for the heightening of energy efficiency in developing countries. Project for inviting engineers from developing countries to Japan (Malaysia); Hatten tojokoku energy shohi koritsuka kyoryoku kiso chosa nado jigyo. Hatten tojokoku gijutsusha shohei jigyo (Malaysia)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1994-03-01

    For the purpose of plannably and effectively spreading the results of demonstrative researches on energy conservation and environmental technology in developing countries which were jointly made with Japan and Japan`s advanced energy conservation and environment technology, etc., the project invited engineers of developing countries to Japan, gave the intensive research instruction, made the required information exchange, and attempted improving R and D ability of the engineers and smoothening transfer/spread of the technology concerned. Malaysia has been advancing strongly the economic growth along `the 6th Malaysia Plan,` and aims, as a national target, at completing industrialization by 2020 and reaching the level of developed countries. However, the environment problem in Malaysia is worsening. In this invitation project, two-week training was given to 15 trainees, paying attention to the following three items: (1) introduction of technologies of energy conservation and environment in Japan, (2) actual field training at research institutes and corporations which have high-technology on energy conservation and environment, and (3) information exchanges with executive officials, scientists, and researchers in Japan. 6 figs.

  5. Report on the survey of the project on the environmentally friendly type energy community field test. Separate volume - reference data. Investigative project for development and commercialization of recycle technology of waste edible oil; 2001 nendo kankyo chowa gata energy community field test jigyo chosa hokokusho. Hai shokuryo yu no recycle gijutsu kaihatsu to jitsuyoka no tameno chosa jigyo (Bessatsu - Sanko shiryo)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-06-01

    For the purpose of promoting the effective utilization of biomass resource, an investigative study was made on the development of recycle technology of waste edible oil. In the survey, the following were carried out and the results were summarized: promotion measures for biodiesel oil by the EU, promotion measures for biodiesel oil by other countries including Canada, promotion measures for biodiesel oil by the US's Department of Energy (DOC), actual results of the use of biodiesel oil in Kyoto City, reference data on biodiesel oil in Japan, and tackling toward the promotion of BDF in the Ministry of Agriculture, Forestry and Fisheries. As to the transportation use fuel in the EU in the coming 20 years, biofuel, natural gas and hydrogen seem to be selected. If measures are positively taken, biofuel is expected to be 2%, 6%, 7% and 8% in FY 2005, FY 2010, FY 2015 and FY 2020, respectively. Also, natural gas is expected to be 2% in FY 2010, 5% in FY 2015 and 10% in FY 2020, and hydrogen is expected to be 2% in FY 2015 and 5% in FY 2020. (NEDO)

  6. Fiscal 2000 cooperative basic project for investigation of efficiency in international energy consumption. Project for inviting researchers from developing countries (Indonesia, Philippines, Thailand and Vietnam); 2000 nendo kokusai energy shohi koritsuka chosa nado kyoryoku kiso jigyo hokokusho. Hatten tojokoku kenkyusha shohei jigyo (Indonesia, Philippines, Tai, Vietnam)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-02-01

    As a part of international cooperation concerning global environmental issues, ICETT (International Center for Environmental Technology Transfer) invited administrative officers, engineers, etc., of developing countries, for the purpose of encouraging experts connected with energy conservation and environmental protection technologies, providing training on the administrative technique, antipollution technologies, energy conservation technologies, etc. The training period was from December 3 to 21, 2000, with 12 participants attended, three each from four countries, Indonesia, Philippines, Thailand and Vietnam. The contents of the technological instruction were such that cases in Japan concerning energy conservation and environmental protection were introduced generally from the administrative measures to the technological countermeasures, as were done conventionally. In the area of the environmental protection, lectures and tours on wastewater treatment were added as industrial wastewater control measures. In the subject of new energy, micro hydraulic power was added which is in progress for example in Indonesia under an aid from Japan. In the energy conservation technology, a supplementary lecture was given on the concept and methodology of an environment-protective type production technology, with emphasis placed on the energy conservation and environmental protection in manufacturing plants and production processes. (NEDO)

  7. Report on achievements in fiscal 1999 on international model project for energy consumption efficiency improvement. 'Model project to enhance boiler and turbine efficiency'; 1999 nendo kokusai energy shohi koritsuka tou moderu jigyo seika hokoku. Boira gasu tabin koritsu kojo moderu jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    With an objective to save energy, reduce electric power generation cost, and reduce CO2 exhaust in Indonesia, the Japanese energy saving technologies were transferred to the Muara-Karang Power Station in Indonesia as the object of the project. This paper reports the achievement in fiscal 1999. The target was set to reducing the power generation unit requirement (heat consumption ratio, kcal/kWh) by 1% by improving such constitutional devices as water condensers and air pre-heaters. Further improvements were planned by introducing the thermal efficiency control program. The subject fiscal year has performed data acquisition from the site surveys, investigations on related technologies, and detailed designs for site construction and effect identification. Also having been carried out based on the result of the detailed designs was partial fabrication of members and parts necessary for facility modification such as for small tubes for water condensers made of new materials. Furthermore, the Indonesian engineers were accepted for the purpose of transferring the thermal efficiency management methods, and the maintenance and control technologies for devices being the objects of the facility modification related to the boiler and turbine efficiency improvement. (NEDO)

  8. Report on the survey of the project on the environmentally friendly type energy community field test. Investigative project for development and commercialization of recycle technology of waste edible oil; 2001 nendo kankyo chowa gata energy community field test jigyo chosa hokokusho. Hai shokuryo yu no recycle gijutsu kaihatsu to jitsuyoka no tameno chosa jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-06-01

    An investigative study was made of the use of waste edible oil as fuel and recycle use of residual food in the food service business. As to the existence/recovery of edible oil, it was found out that waste edible oil of 15.9g/meal per capita was discharged at multiple wide-area distributed shops and that the total amount reached 1,861kl/y in the country. Concerning the technology for using it as biodiesel fuel, Ronford Co., which has the most actual results of the technology, recovers waste edible oil in Kyoto City, refines it and uses it as fuel for the City's garbage truck. About the use of waste edible oil as boiler use fuel, there are examples in Sapporo Grand Hotel, which has been contributing to energy conservation for more than five years. In the assessment of the profitability as project, for the direct combustion for boiler fuel use, the same/large heat supply system is a prerequisite, and for the hot stove loaded type direct combustion, there is an element of the technology development. Therefore, the use as bio-diesel fuel is most expected, though there is a taxation problem. (NEDO)

  9. FY 2000 report on the research cooperation project on the research cooperative follow-up for development of the manufacturing technology supported by advanced and integrated information system through cooperation; 2000 nendo kenkyu kyoryoku jigyo. 2000 nendo kan'i sosagata denshi sekkei seisan shien system no kaihatsu ni kansuru kenkyu kyoryoku follow up jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    The manufacturing technology supported by advanced and integrated information system through cooperation (MATIC), that is, a project supporting the production technology including the international information system and CAD/CAM system, etc. was carried out from FY 1994 to FY 1998. From FY 1999, the follow-up project is being implemented for the spread of the MATIC results, support for the independent R and D and the technical guidance. China, Indonesia, Malaysia and Singapore participated in this project, by which the support and technical guidance were given in three fields: automobiles/the parts; household electric appliances/the parts; fiber/apparel. At present, each country is continuing its own activity for using the system developed in the MATIC project in its country. In this fiscal year, researchers were sent to each country for supporting the activities. Further, the MATIC follow-up committee was established to conduct the drawing-up of a business plan, grasp of the state of the spread/R and D, discussion about problems/subjects, comprehensive evaluation of the MATIC project, etc. (NEDO)

  10. Fiscal 1998 intellectual infrastructure project utilizing civil sector functions. Research and development project on prompt-effect type intellectual infrastructure creation (Buildup of base for thermophysical property data for new industry creation); 1998 nendo minkan no kino wo katsuyoshita chiteki kiban jigyo seika hokokusho. Sokkogata chiteki kiban sosei kenkyu kaihatsu jigyo (shinki sangyo sosei no tame no netsubussei data ni kansuru kiban seibi)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    For promoting the creation of new industries, thermophysical data on high-temperature molten bodies, liquid substances, solid materials, and the like were collected, and further measurements were performed; the data were stored in distributed databases; and databases were also developed about access to the Internet. In the study of the thermal properties of high-temperature molten bodies, data were collected from technical literature concerning molten silicon for semiconductor production, that is, 2 about thermal diffusivity, 4 about viscosity index, 30 about surface tension, 8 about density, and 6 about emissivity; and, concerning potassium niobate, 6 about density, 4 about surface tension, and 5 about viscosity index were collected. Thermal properties were measured for molten silicon and molten carbonates. In the study of thermal properties of fluids, data such as PVT (pressure, volume, temperature) values, boiling point pressure, saturated liquid density, isothermal compressibility, cubical expansion coefficient, surplus mol volume, and the like were collected again from technical literature concerning trifluoroethanol and its water solution. Thermodynamic properties of the aqueous ammonia solution comprised of equimolecules were measured. (NEDO)

  11. Fiscal 1998 intellectual infrastructure project utilizing civil sector functions. Research and development project on prompt-effect type intellectual infrastructure creation (Research and development concerning environment-related reference materials); 1998 nendo minkan no kino wo katsuyoshita chiteki kiban jigyo seika hokokusho. Sokkogata chiteki kiban sosei kenkyu kaihatsu jigyo (kankyo kanren hyojun busshitsu ni kansuru kenkyu kaihatsu)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    Concerning an information providing system on environment-related reference materials, studies were conducted about the contents of information to be provided and about hardware and software suitable for such a system. In a survey of needs for such an information system, questionnaires were sent to 320 agencies and business corporations providing or utilizing reference materials in the field of chemistry and environments, and 158 answers were received. Further surveys were carried out by visiting more than 20 organizations providing or utilizing reference materials. As for activities overseas, surveys were conducted in Europe, North America, and Oceania, when IRMM (Institute for Reference Materials and Measurements) of Belgium, Merck KGaA of Germany, and some others were visited. It was then found that they desired that retrieval of information on reference materials in Japan and abroad be enabled by merely accessing related Internet sites. To meet the wish, a concept design was prepared of a comprehensive information system on reference materials in the form of an Internet home site. (NEDO)

  12. Fiscal 1998 intellectual infrastructure project utilizing civil sector functions. Research and development project on prompt-effect type intellectual infrastructure creation (Data buildup for assurance of safety of non-ferrous metals); 1998 nendo minkan no kino wo katsuyoshita chiteki kiban jigyo seika hokokusho. Sokkogata chiteki kiban sosei kenkyu kaihatsu jigyo (hitetsu kinzoku no anzensei kakuho ni shisuru data seibi)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    Data were collected, put in an easy-to-use order, and developed into a database for safety assurance for automobiles and transportation equipment built of light metals as represented by aluminum. In the collection and arrangement of existing dynamics data, a database having 52 data relating to dynamic properties was prepared after retrieving data from academic essays previously published in Japan and abroad. In the testing of new materials, a Hopkinson high-speed rod-type impact/tensile tester was used to perform tensile tests at eight load application speeds between 0.5mm/min and 50m/sec for practical aluminum alloys 2024, 2091, 5052, 5083, 5254, 6061, 6063, 6NO1, 7075, and AC4CH. As the results, data on the 5000 and 6000 series alloys which had been insufficient were complemented. Data from a newly introduced multi-functional instrumentation Charpy impact tester were compared for study, correlations between property values obtained from bend test specimens and those obtained from tensile test specimens were evaluated, and then a simplified test evaluation method was proposed. (NEDO)

  13. Fiscal 2000 project on measures for assisting and diffusing environmentally-friendly coal utilization system introduction. CMG recovery/utilization system joint demonstration project; 2000 nendo kankyo chowagata sekitan riyo system donyu shien nado fukyu taisaku jigyo chosa hokoku. CMG kaishu riyo system kyodo jissho jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    A CMG (coal mine gas) recovery/utilization system was designed, constructed, and then demonstrated at a model coal mining district in Liaoning Province for the purpose of contributing to the solution of energy and environment related problems in China. The recovery system demonstration test, aiming to improve on safety and productivity of coal mining and to supply recovered gas with stability, involved gas drainage test boring, mine sealing, sealed gas induction control, centralized gas monitoring, etc., which were carried out at the coal mine working face. A utilization system demonstration test was conducted, and CMG would continue to be supplied to the current users and CMG utilization would be started at the other 6 coal mines. For the supply of CMG to large-scale gas consuming areas, steel materials were manufactured and processed for spherical gas holders and denitrification facilities, gas holders were constructed, pipe lines were installed, and a provisional gas supply was carried out. For the transfer and diffusion of the technology, Chinese engineers were trained in Japan and Japanese engineers were dispatched to China. (NEDO)

  14. FY 1999 survey report on the global environment international cooperation promotion project/global environment international information network project. Survey of the environmental technology transfer information network; 1999 nendo chikyu kankyo kokusai kyoryoku suishin jigyo / chikyu kankyo kokusai joho network jigyo. Kankyo gijutsu inten joho network chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    At International Center for Environmental Technology Transfer, the following were conducted for enrichment of the environmental technology information: surveys of the state of activities in international organizations and developed countries, cleaner production (CP), ISO, etc. and construction of database. As to the reinforcement of environmental preservation technology information database, enrichment of the data on environmental preservation was attempted mainly about ways of thinking of environmental preservation which brought fruitful results to international organizations overseas. The hierarchization/supplementation were conducted of CP databases which attract much attention especially among developing countries. In the survey of models for environmental preservation, autonomous bodies in Mie prefecture and the certified consultant were taken up to study the process up to the acquisition of ISO14001. The database was so made that it can be a guide for the environmental management in autonomous bodies in developing countries. In the CP survey, as to the United Nations Environment Programme (UNEP), definition/thought were examined in terms of CP, eco-efficiency, pollution prevention, green productivity, etc. (NEDO)

  15. Report for fiscal 1999 on the international and fundamental cooperation project for energy consumption efficiency improvement and the international conference project such as IPCC. The meetings of IPCC specialists and IPCC symposiums; 1999 nendo kokusai energy shohi koritsuka nado kyoryoku kiso jigyo / IPCC nado kokusai kaigi jigyo. IPCC senmonka kaigo oyobi IPCC symposium hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-10-01

    This paper reports the meetings of specialists and the symposiums by the inter-governmental panels for climate change (IPCC) in fiscal 1999. Three working groups were established for evaluation on climate change from scientific aspects, evaluation on effects and countermeasures from socio-economic aspects, and evaluation on mitigation measures from socio-economic aspects. The working groups have started preparing the third evaluation reports. Common problems are handled in a unified framework as the traversable problems. Specialist meetings are held for several important themes. Especially for the cost problems, preparation of a guidance paper has started, that include the costs and benefits by territories and departments. The themes for the specialist meetings include: cost problems related to effects and countermeasures for climate change and mitigation measures; the IPCC activities for the cost evaluation in the past and an outline of the traversable problems; problems in effects, applicable measures, and mitigation measures; and unification of the cost evaluations. The themes for the symposiums are the frontier line of the climate change problems, and include the outline of IPCC, the current status and issues in the working groups and the special reports for each group. (NEDO)

  16. Fiscal 1998 intellectual infrastructure project utilizing civil sector functions. Research and development project on prompt-effect type intellectual infrastructure creation (Comprehensive survey); 1998 nendo minkan no kino wo katsuyoshita chiteki kiban jigyo seika hokokusho. Sokkogata chiteki kiban sosei kenkyu kaihatsu jigyo (sogo chosa)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    Surveys and studies were conducted to facilitate and invigorate research, development, and economic activities and to provide technology related intellectual assets in an organized, systematic way. In the survey related to the buildup of intellectual infrastructures, questionnaires were sent to 789 organizations in the industrial and academic domains concerning measuring standards, reference materials, base for information on biological resources, base for safety management of chemical substances, base relating to human life and welfare, and base of knowledge relating to materials. On-site surveys were also conducted in Asia, Australia, North America, and Europe. Concerning 10 inorganic reference solutions whose development is urged because they are related to environments, raw materials for them were selected, required purity levels were defined, and methods for measurement and evaluation of safety when in prolonged preservation were investigated. Conducted in the research and development of individual subjects were database buildup on thermophysical properties, research into long-term durability of heat-resistant composite materials, research into textural structure and characteristics as materials of sintered bodies of fine ceramics, database buildup on the safety of non-ferrous metals, studies of base of human characteristics measurement, and the like. (NEDO)

  17. Basic survey project of advanced efficiency of energy consumption in developing countries. Engineer invitation project from developing countries such as Vietnam, Philippines, China and Thailand; Hatten tojokoku energy shohi koritsuka kiso chosa nado jigyo. Hatten tojokoku gijutsusha shohei jigyo (Betonamu, Philippine, Chugoku, Tai)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1997-03-01

    For contributing to the promotion of energy saving and environmental conservation, eighteen officers and engineers were invited to Japan during the period between January 14th and 23rd in 1997, from Vietnam, Philippines, China and Thailand. This report summarizes the invitation project for training conducted under a theme `Energy saving and environmental conservation.` Lectures were given concerning activities of global environmental conservation by NEDO, history and measures of overcoming the Yokkaichi pollution, outline of new energy, outline of energy saving, outline of basic environment law, outline of final industrial waste treatment facilities, and global environmental issues. Site training was conducted at Hekinan Thermal Power Station of Chubu Electric Power Co., Inc., Fujiwara Works of Onoda-Chichibu Cement Co., Ltd., and Yokkaichi Works of Kyowa Petroleum and Chemistry Co., Ltd. Questions and answers were exchanged. The new energy and energy saving were impressive, and were new concept for the trainees. This project was considered to be continued. The inspection of works was also well received, which was considered to be continued

  18. Research report of FY 1997 on the environmentally acceptable coal utilization system introduction support project. Demonstration project on simplified desulfurizers; 1997 nendo seika hokokusho. Kankyo chowagata sekitan riyo system donyu shien jigyo (kan`i datsuryu setsubi ni kakawaru jissho jigyo)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-03-01

    To reduce SOx with coal utilization, a desulfurizer is introduced in Thailand as diffusion activities in the demonstration program. The purpose is to reduce the environmental pollutants. For this desulfurizer, lime mud mainly composed of lime stone is used as an absorber. SO2 in the flue gas is absorbed by the slurry of lime mud, to form calcium sulfite. The calcium sulfite blown in the bottom of recycling tank is oxidized by oxygen in the air, to form gypsum. The gypsum is recovered as a by-product. In this fiscal year, a feeder of lime stone, spray nozzles, and various analysis apparatuses were supplied. Supervisors for electric instrumentation/control were also dispatched as well as for main body construction, to carry out the instrumentation setting works, check of sequences, and adjustment of apparatuses. After the test operation, supervisors for the demonstration operation were dispatched up to March 1998, to conduct the cooperation works between Japan and Thailand sides. Thus, successful and successive demonstration operation was confirmed. 21 figs., 6 tabs.

  19. Fiscal 1999 survey report. Basic survey project on international cooperation for energy consumption efficiency improvement (Project on cooperation for oil consumption efficiency improvement - Fiscal 1999 survey report on Indonesia); Kokusai energy shohi koritsuka nado kyoryoku kiso chosa jigyo / sekiyu shohi koritsuka kyoryoku chosa jigyo. 1999 nendo Indonesia chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    The project aims to contribute to the promotion of international research cooperation ranging from the survey stage through the stages of verification study and popularization, and, for this purpose, it conducts on-site investigations for exploring needs for environmentally-friendly energy-saving technologies in developing countries where there will be massive-scale oil consumption in the future. In this report, surveys and deliberations are conducted to embody proposed measures, and findings are compiled, based on the surveys conducted in the preceding financial year relating to energy efficiency in and environmental technologies for the textile and chemical industries. Much is expected from the proposed measures as promising subjects of joint verification researches. A technology is proposed for energy saving in the textile industry of Indonesia. The technology aims to wash cloth using high-pressure water from a special nozzle, to continuously measure the level of contamination of the waste water, and to feed back the measured values to the water supply side for the automatic optimization of the amount of the washing water and for the utilization of warm waste water for the ultimate purpose of cascade-aided energy saving. As for the proposition for recovering chemicals mainly caustic soda, it achieves environmental improvement and energy saving in the chemical industry simultaneously. (NEDO)

  20. Fiscal 2000 achievement report on project for research and development of intelligent infrastructure creation and utilization technologies. Research and development project on high-speed deformation characteristics evaluation methods for metallic materials; 2000 nendo chiteki kiban sose riyo gijutsu kenkyu kaihatsu jigyo. Kinzoku zairyo no kosoku henkei tokusei hyoka hoho no kenkyu kaihatsu jigyo - Gyomu seika hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    Efforts were made to develop methods for evaluating the characteristics of metallic materials experiencing high-speed deformation or impact deformation. The research was conducted by the research WG (working group) consisting of some participants of an international conference convened this fiscal year. The research result revealed that studies in Japan lopsidedly dealt with metallic materials at strain velocity of 10{sup 4}/second or less, such as steel, while many studies overseas dealt with materials other than metals at strain velocity over 10{sup 4}/second. The test and evaluation WG conducted high-speed tension tests for T6-treated aluminum alloys using the split Hopkinson bar method, hydraulic servo method, one bar method, and the sensing-plate method for measuring force, and the results were compared. It was then found that the one bar method produced disturbance more remarkably than the others and that the loading block structure and load rise time influenced the emergence of the peak load. The emergence of a peak load in the Hopkinson bar method or the one bar method had been predicted on the basis of the research conducted by the analysis group. (NEDO)

  1. FY 1996 report on the basic survey project on the enhancement of energy efficiency in developing countries - database construction project. Volume 1. Outline of the survey and collection of the data to be included in database; 1996 nendo hatten tojokoku energy koritsuka kiso chosa jigyo (database kochiku jigyo) hokokusho. 1. Chosa no gaiyo oyobi database ni shurokusuru data no shushu

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-03-01

    Following the previous fiscal year, construction/study of database were carried out with the aim of energy conservation for 8 countries: Japan, China, Indonesia, the Philippines, Thailand, Malaysia, Taiwan and Korea. In the study of the items of the data included, the 192 data extracted in conceptual design were re-classified into 6 large-groups and 91 medium-groups. As to the data collection, in A group countries, counterparts were requested to collect data, and 1342-1740 data were newly collected. In B group countries, Mitsubishi Research Institute, Inc. mostly collected 957 new data in Thailand, 814 data in Malaysia and 1312 data in Japan in cooperation with research institutes and investigating organizations in each country. In C group countries, 169 and 317 common data items were collected in Vietnam and India, respectively. Relating to plans for database promotion, as a result of the study with each country, 16 measures for promotion were extracted in terms of the leveling-up of NEDO-DB recognition, education of the use method, training of the operation method, etc. (NEDO)

  2. Research report of FY 1997 on the environmentally acceptable coal utilization system introduction support project. Demonstration project of circulating fluidized bed boiler (Jinzhou Coal-Thermal Power Corporation); 1997 nendo seika hokokusho (kankyo chowagata sekitan riyo system donyu shien jigyo). Junkan ryudosho boiler ni kakawaru jissho jigyo (Jinzhou netsuden sokoji)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-03-01

    To verify the clean coal technology to be diffused in China and consolidate its diffusion basis, demonstration project of circulating fluidized bed boiler was conducted through the cooperation with China which is positive in its introduction. This report describes its characteristics. Coal and limestone are supplied in a lower part of combustion chamber, and are mixed with circulating ash by fluidized air for combustion. Densely fluidized bed the same as the bubbling fluidized bed is formed in the lower part of combustion chamber, which provides excellent stability in ignition and combustion. Particles including ash, char and limestone formed during the combustion are discharged into the cyclone through the convection heat transfer part at the outlet of combustion chamber with the combustion gas flow. Since the gas temperature is lowered to 400 to 500degC at the convection heat transfer part, troubles of the ash circulating system can be prevented. The combustion gas separated from ash at the cyclone is discharged through the heat exchanger and precipitator, and the collected ash is returned to the lower part of combustion chamber. In FY 1997, design, fabrication, procurement/inspection, field survey/meeting, survey of visitors/meeting, and education were carried out. 4 figs., 4 tabs.

  3. Report on the fiscal 1997 result of the Japan-China joint demonstration project of environment-friendly cost utilization systems. Low grade coal combustion system (Zhejiang Huba Co. Ltd.); 1997 nendo seika hokokusho kankyo chowagata sekitan riyo system kyodo jissho jigyo. Teihin`itan nensho system ni kakawaru jissho jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-03-01

    This demonstration project aims at reduction of pollutants derived from coal utilization in China by demonstration of CCT to be diffused in China and preparation of diffusion bases, and stable import of energy for Japan. A low-grade coal combustion system burns low-grade coal by use of an internal circulating fluidized bed boiler which burns coal by uniform mixing and circulation of coal and some particles such as limestone and ash. Main specifications of the boiler are as follows: evaporation rate of 35t/h, steam pressure of 3.82MPa (39.0kg/cm{sup 2}), steam temperature of 450degC, water supply temperature of 150degC, internal circulating fluidized bed combustion type, boiler efficiency of 75%, and desulfurization rate of 90% or more. Main properties of low-grade coal are as follows: calorific value of 1830kcal/kg, coal size of 10mm or less, total water content of 2.5%, total S content of 2.7%, ash content of 67.7%, limestone purity of 50% or more, and stone size of 3mm or less. The results in fiscal 1997 are as follows: field survey and arrangement, basic planning and design, design, production and procurement of equipment, training, and dispatch of field supervisor. 26 figs., 3 tabs.

  4. Research report of FY 1997 on the environmentally acceptable coal utilization system introduction support project. Follow-up project on circulating fluidized bed boiler introduction (Calaca Batangas Thermal Power Station); 1997 nendo chosa hokokusho. Kankyo chowagata sekitan riyo system donyu shien jigyo (junkan ryudosho boiler ni kakawaru follow up jigyo (Calaca Batangas karyoku hatsudensho))

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-03-01

    For the follow-up project, to promote the diffusion of results of the clean coal technology (CCT) model projects, experts of circulating fluidized bed boilers were dispatched, to guide and advise for the operation of facilities introduced in these projects. The purpose of these projects is to diffuse the CCTs, and to support the promotion of environmental measures. Some guidance and advice about operation processes, data processing, operation regulation, maintenance, and boiler maintenance works were provided to the Ministry of Energy and Electric Power Corporation of the Philippines. Semirara, Malangas, and Samar coals in the Philippines were used for the tests. The boiler facilities could be operated by Philippine operators themselves. Based on the guidance and advice about operation processes, combustion tests using various Philippine coals were also planned and conducted by themselves. The maintenance techniques were transferred to Philippine operators through the inspection, repair and advice. The Philippine side understood the technologies well, and the circulating fluidized bed boiler technology was independently educated in the Philippines. 23 figs., 16 tabs.

  5. FY 2000 report on the results of the project for the promotion of industrial technology development for the global environment. Project on the investigational research of high technology; 2000 nendo NEDO seika hokokusho. Chikyu kankyo sangyo gijutsu kaihatsu suishin jigyo - Sentan gijutsu chosa kenkyu jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    High-tech study was conducted for fields of CO2 fixation/effective utilization, technical development of low environmental load substances and technical development of environmentally friendly type production process, and the FY 2000 results were summarized. Out of the proposals for research projects collected in FY 1999, 25 projects that were recognized to be excellent were consigned to contract research. Research Institute of Innovative Technology for the Earth also selected 4 projects for research. Through research activities, 179 projects were made public, and 2 patents were applied for. The number of research themes was 29 including the following themes: development of food resource resistant to the future global environment, study on new circulation type polymer chemical recycling by bio-process, development of dioxin decomposition technology using artificial enzyme and absorption resin, design of rare metal free cathode substance for large lithium ion secondary battery, and reforming of carbon circulation system in the Australian desert by natural humus supply. (NEDO)

  6. Report on achievements in fiscal 1996. International energy usage rationalization project (project to survey energy consumption efficiency improvement analyzing tools for Asia/data edition); 1996 nendo kokusai energy shiyo gorika taisaku jigyo chosa hokokusho shiryohen. Asia energy shohi koritsuka bunseki tool chosa jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1997-10-01

    This paper is a collection of data on surveys for energy consumption efficiency improvement, taking Japan, Korea, Indonesia, Thailand, and Philippines as the object countries. I. Industry related various value tables consist of the following: basic transaction table, throw-in coefficient table, final demand converter table, import coefficient table, added value coefficient table, inverse matrix coefficient table, sensitivity coefficient table, influence coefficient table, production inducing amount, production induction dependence, import inducing amount, import induction coefficient, import induction dependence, and inverse matrix coefficient table. II. Energy related various coefficient tables consist of the following: inherent unit quantity table, energy consumption table, CO2 table (1), CO2 table (2), unit requirement table, energy consumption induction table, energy consumption induction coefficient table, energy consumption induction dependence table, CO2 induction table (1), CO2 induction coefficient table (1), CO2 induction dependence table (1), CO2 induction table (2), CO2 induction coefficient table (2), and CO2 induction dependence table (2). Industries are classified into 34 kinds. III. The energy consumption table, CO2 table (1) and CO2 table (2) are shown as the simulation results for the four countries: Korea, Indonesia, Thailand, and Philippines. (NEDO)

  7. Report on survey project for demonstration of warm sea water bathing facilities using unutilized resources such as wastes in islands by carbonizing them into energy; 2001 nendo kankyo chowa gata energy community field test jigyo chosa hokokusho. Rito ni okeru haikibutsu tou mikatsuyo shigen no tanka energyka no kaisui on'yoku shisetsu heno jissho chosa jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-05-01

    Surveys and discussions have been performed in Yuge Town in Ehime Prefecture for aiming at promotion of district development and zero emission in islands by carbonizing general wastes (household refuses and business operation wastes) and bamboos in the islands to utilize their energies as a substitute for the heat source of the warm sea water bathing facilities, as well as utilizing the produced carbides as soil improving materials or deodorants. The surveys were performed on bamboo carbonizing and gas carbonizing technologies, energy utilization feasibility, analysis of wastes composition, and identification of quantity of bamboos in existence. In discussing the energy utilization system by means of carbonization, it was revealed that the introduction of the bamboo carbonizing and gas carbonizing technologies can sufficiently satisfy the heat demand of the Yuge Town community facilities, although the amount of heat that can be supplied may vary because of difference in the technical processes. Also with regard to the problems of dioxins contained in the discharged gas and the problems of heavy metals contained in the carbides, it was discovered that different environmental criteria can be met as evidenced by the existing demonstration data. (NEDO)

  8. Report on achievements in proliferation project to introduce environment harmonizing type coal utilization system in fiscal 1998. Joint demonstration project for CMG recovery and utilization system in fiscal 1998; Kankyo chowagata sekitan riyo system donyu shien nado fukyu taisaku jigyo. 1998 nendo CMG kaishu riyo system kyodo jissho jigyo seika hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-09-01

    This paper describes the discussion report for fiscal 1998 on the CMG (coal methane gas) recovery and utilization project to be implemented from fiscal 1998 through fiscal 2002 at Tiefa Mining Bureau of Liaoning Province in China. The Daixing mine was selected as the survey object. The introduced technologies and facilities include test drilling for degassing (medium measure horizontal degassing of 300-m class), induction from degassing holes, fly ash sealing, sealed gas degassing, surveillance and control technologies and facilities. The recovered gas is to be supplied to the cities of Tiefa and Tieling as town gas, for which compressed gas feeding and controlling technologies and facilities will be introduced. This paper lists the gush-out quantity (1,000 Nm{sup 3}), the recovery quantity (1,000 Nm{sup 3}), the recovered gas concentration (%), the utilization quantity (1,000 Nm{sup 3}), and the utilization rate (%). The figures for the respective items before and after the implementation are 128366, 32949, 44.5, 7000, 5, 123500, 43890, 49.1, 39826, and 32. The quantity of gas gushing out at facings decreases in association with increase in the recovered gas quantity, whereas the gas concentration at facings in the Daixing mine in 2003 is estimated to decrease to 0.1%, contributing to safe mining operation. The test drilling for medium measure horizontal degassing expands the degassing assured scope per one test drilling seat, and can reduce the total test drilling length and construction amount. (NEDO)

  9. Fiscal 1999 report on results of joint demonstrative project for environmentally benign coal utilization system. Demonstrative project concerning coal preparation technology (China); 1999 nendo kankyo chowagata sekitan riyo system kyodo jissho jigyo seika hokokusho. Sentan gijutsu ni kakawaru jissho jigyo (Chugoku)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    This paper describes the demonstrative project for coal preparation technology, as a part of the measures against environmental pollution due to the structuring of demonstration and dissemination basis for clean coal technologies in China, The results for fiscal 1999 is reported. In the utilization of coal in China, a problem of urgency is the highly efficient selection and removal of sulfur contents in raw coal. Coal production in Chongquing City is yearly 30 million tons, of which 90% contains sulfur contents of 3% or higher. At Jinjia Colliery of Panjiang Coal and Electric Co. Ltd., Guizhou Province, a site for the present project, a number of coal seams are unsuitable for single utilization because of high sulfur contents. The coal preparation technologies to be introduced are expected to improve coal preparation efficiency and desulfurization ratio in terms of both the washability of raw coal and the accuracy of the coal washer. This is the third year of the project, with the following activities performed, namely, research/design, manufacturing/procurement of equipment, design for construction work, training of operators or the like, and documentation. The manufacturing and procurement are for such equipment as vacuum disk filter with accessories, waste water thickener, pressure filter for tailings with accessories, flocculant pump/piping, slurry tank/pump, high-shear mixer with accessories, and electric instrumentation. All the equipment arrived at the site in January, 2001. (NEDO)

  10. FY 1999 investigational survey on the project on the potential survey of the effective energy utilization model project in the Asian region; 1999 nendo Asia chiiki ni okeru kokateki energy yuko riyo model jigyo no jisshi kanosei ni kansuru chosa jigyo seika hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    A survey was made on the technology applicable to the energy effective utilization model project in the Asian region. In the survey, the technology was listed up which could be the base for the model project in which the use in the commercial/residential field and the use of natural energy were considered. Further, countries for survey were limited to developing countries in the Asian region. Technologies for survey were as follows: various cogeneration systems, fuel cell cogeneration systems, heat storage type heat utilization, heat storage type air conditioning using night power, night power use dynamic ice maker and heat storage tank utilization, low temperature exhaust heat use adsorption type refrigeration, low temperature waste heat recovery absorption type heat pump, low head hydroelectric power generation, energy conservation in buildings, rationalization of energy utilization by energy management, heat supply using solar energy/wind power energy, biomass energy utilization, high efficiency/multiple effect heat utilization, high performance membrane separator utilization, high temperature/high humidity drying, airless dryer, etc. (NEDO)

  11. Report on achievements in proliferation project to assist introduction of environment harmonizing type coal utilization system in fiscal 1998. Joint demonstration project for CMG recovery and utilization system in fiscal 1998 (recovering facilities); Kankyo chowagata sekitan riyo system donyu shien nado fukyu taisaku jigyo. 1998 nendo CMG kaishu riyo system kyodo system kyodo jissho jigyo (kaishu setsubi)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-09-01

    This paper describes the achievements of the discussions in fiscal 1998 on the recovering system for coal bed methane gas to be supplied to the city of Tieling in China. The paper puts on record the associated documents, and figures and drawings. The associated documents appearing in the paper include the table for explosion-proof examination on the recovering devices, a parts list for the RK-3A type test drilling machine, and its operation manual. Specifications for the test drilling machine (including those for the sealing pumps), specifications for the mouth facilities, and device lists are shown. Test drilling device arrangement drawings and standard drilling record table are also described. Central blower specifications, a back-fire preventing device, a device to prevent well exterior from freezing, and a summarized drawing for drain remover for gas induction for the Daixing mine are explained. The schemes for induction and sealing, specifications and procedures for observation devices are shown. Specifications for sealing materials and the centralized monitoring facilities are also touched on. The safety measures, measures taken for power failure in the centralized monitoring facilities, and the control organization are described. Test drilling cost simulation and environment assessing methods are also described. The figures and drawings presented include the topographic map, Daixing mine cavity drawing, pipeline network, and chart for representative test drilling columns near the coal beds were also presented. (NEDO)

  12. Fiscal 2000 project for promoting international cooperation for global environment. International information network project for global environment (Survey on information network for environmental technology transfer); 2000 nendo chikyu kankyo kokusai kyoryoku jigyo hokokusho. Chikyu kankyo kokusai joho network jigyo (kankyo gijutsu iten joho network chosa)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    Environmental technology information database has been shown on Internet for the purpose of transferring environmental technologies; in order to reinforce it this year, a viewpoint was directed to developing countries, with research carried out on the environmental preservation information of the Philippines and Thailand. In the research, in view of promoting cleaner production in developing countries, UNEP regional offices, which are active in the operation, and Asian Development Bank were examined, with their methods, plans and strategies of disseminating the cleaner production surveyed. Also, the database was added with the activities by the organizations concerned in Philippines and Thailand. As for the environmental management system ISO14001, some local governments in Philippines and Thailand will presumably acquire ISO14001 in the future to deal with their environmental management; under the circumstances, Miyama Town was chosen that was first in Mie Prefecture to obtain ISO14001, with the details investigated concerning its environmental policy and the acquisition of ISO14001; and, on the basis of the investigation, a database was prepared so that guidelines for environmental management were provided for the local governments. (NEDO)

  13. FY 2000 research and development of fundamental technologies for AC superconducting power devices. R and D of fundamental technologies for superconducting power cables and faults current limiters, R and D of superconducting magnets for power applications, and study on the total systems and related subjects; 2000 nendo koryu chodendo denryoku kiki kiban gijutsu kenkyu kaihatsu seika hokokusho. Chodendo soden cable kiban gijutsu no kenkyu kaihatsu, chodendo genryuki kiban gijutsu no kenkyu kaihatsu, denryokuyo chodendo magnet no kenkyu kaihatsu, total system nado no kenkyu

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    The project for research and development of fundamental technologies for AC superconducting power devices has been started, and the FY 2000 results are reported. The R and D of fundamental technologies for superconducting power cables include grasping the mechanical characteristics associated with integration necessary for fabrication of large current capacity and long cables; development of barrier cable materials by various methods; and development of short insulated tubes as cooling technology for long superconducting cables, and grasping its thermal/mechanical characteristics. The R and D of faults current limiters include introduction of the unit for superconducting film fabrication, determination of the structures and layouts for large currents, and improvement of performance of each device for high voltages. R and D of superconducting magnets for power applications include grasping the fundamental characteristics of insulation at cryogenic temperature, completion of the insulation designs for high voltage/current lead bushing, and development of prototype sub-cooled nitrogen cooling unit for cooling each AC power device. Study on the total systems and related subjects include analysis for stabilization of the group model systems, to confirm improved voltage stability when the superconducting cable is in service. (NEDO)

  14. Research and development of technologies for CO{sub 2} fixation and effective utilization thereof, etc., in fiscal 1998. Report on research and development of technologies for the effective use of CO{sub 2} by virtue of contact hydrogenation (CO{sub 2} separation and recovery system of the next-generation type); 1998 nendo nisanka tanso koteika yuko riyo gijutsu nado kenkyu kaihatsu jigyo. Sesshoku suisoka hanno riyo nisanka tanso yuko riyo gijutsu kenkyu kaihatsu jigyo kenkyu kaihatsu jigyo (jisedaigata shoene CO{sub 2} bunri kaishu system ni kansuru chosa kenkyu hokokusho)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    Researches were conducted for the goal of proposing a totally new process enhanced in efficiency and energy saving, and capable of CO2 separation. In fiscal 1997, hydrocarbon materials were reformed by oxygen separated within a system allowing fuel cells to generate power efficiently, when all the emitted CO2 was separated and recovered within the system. Furthermore, cold heat was utilized for the acquisition of liquefied CO2 gas products. A part of oxygen separated at the fuel cell cathode was recycled into the combustion section external to the tubular reaction reformer, and CO2 was separated by mere cooling from the combustion products for the simultaneous production of by-products such as high-purity nitrogen gas and liquefied CO2 for a great improvement in economy. In fiscal 1998, the system was improved. Proposed then was a new system in which an oxygen partial oxidation type reformer assumed the nuclear role, separating all the oxygen at the cathode, reusing part thereof for oxygen enrichment, and feeding the rest thereof into the reformer. The design realized the recycling of the whole of the products of the two cell electrodes into the reformer for the maximum reuse of the products of the hydrogen/oxygen separation function. (NEDO)

  15. Effects of lactic acid bacteria in kimoto on sake brewing. Part 2. ; Promotion mechanism of enzymolysis in rice by teichoic acid. Kimotochu no nyusankin no seishu jozo ni oyobosu eikyo. 2. ; Kimotochu no nyusankin ni yuraisuru teikosan no. alpha. kamai yokai sokushin sayo kisaku

    Energy Technology Data Exchange (ETDEWEB)

    Mizoguchi, H.; Tsurumoto, M.; Furukawa, A.; Kawasaki, T. (Kikumasamune Sake Brewing Co. Ltd, Hyogo (Japan))

    1991-07-25

    In order to elucidate promotion mechanism of dissolution of {alpha}-rice (pregelatinized rice) by teichoic acid. adsorption of teichoic acid and {alpha}-amylase onto rice protein oryzenin was investigated by experiments. Teichoic acid was adsorbed well onto oryzenin and reduced adsorption of {alpha}-amylase. Adsorption of {alpha}-amylase onto rice powder was decreased logarithmically in proportion to the teichoic acid added. Both teichoic acid and {alpha}-amylase were adsorbed by histone, abundant in basic amino acids, and by anion-exchange resin. Adsorption of {alpha}-amylase onto them was reduced by coexistence with teichoic acid. As the results of experiments, it was inferred that teichoic acid became dissolvable through autolysis by lactic acid bacteria in kimoto, changed the state of electric charge on oryzenin surfaces through adsorption onto oryzenin by phosphoric group, decreasing adsorption of {alpha}-amylase onto oryzenin and increasing free {alpha}-amylase in the liquid phase, and thus increased the dissolution of {alpha}-rice. 9 refs., 6 figs., 3 tabs.

  16. Fiscal 2000 report on geothermal energy development promotion survey. Phase 1. Report on environmental impact survey in No. C-5 Appi district (Weather); 2000 nendo chinetsu kaihatsu sokushin chosa hokokusho. No.C-5. Appi chiiki - kankyo eikyo chosa (kisho) dai 1 ji

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-07-01

    For grasping the characteristics of weather, climate, and natural earthquakes in and around the geothermal survey area in the Appi district, Iwate Prefecture, observation data of weather stations or the like in the neighborhood were collected and put in an easy-to-use order. Weather and earthquake data of the 1990-1999 decade were collected and subjected to statistical processing. Weather in the Appi District Survey C area is characterized in that it assumes the Japan Sea side pattern with much snow in winter and much rain in the rainy season. In the other seasons, however, it assumes the Pacific side inland pattern. Weather data in the Appi district and its vicinity are deemed to be similar to the values observed at the Hachimantai weather station. The area covered by the survey, however, is higher than the Hachimantai weather station by 400-900m, and therefore is that much colder and has more rain and snow. As for earthquakes, a total of 647 were recorded in the decade 1990-1999. In the Appi District Survey C area, which is approximately 20km times 20km large, suffered 31.1 events/month in 1998, which indicated a great rise in seismic occurrence. The rise is now attributed to the volcanic activity of Mt. Iwate which is deemed to be waning. (NEDO)

  17. Fiscal 1998 investigation of geothermal development and promotion in Akinomiya area survey. Report on exploratory drilling/well survey and incidental work (1/2); 1998 nendo chinetsu kaihatsu sokushin chosa Akinomiya chiiki chosa hokokusho. 1/2. Shisui kussaku koji kosei chosa oyobi futai koji

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-01-01

    Exploratory drilling and well survey were conducted, for the purpose of grasping underground geological structure, temperature and physical properties of Akinomiya area, Akita prefecture, as a part of fiscal 1998 investigation of geothermal development and promotion. The exploratory drilling well N10-AY-6 was excavated to the depth of 1,701 m. This well had a small lost circulation of about 4.2 kL/h at the end of drilling; hence, pressurized water injection was carried out for the purpose of enhancing the performance as a reducing well, resulting in an improvement to 21.6 kL/h. The well N10-AY-7 was in the bedrocks of the Old Tertiary system at the depth of 492 m or deeper, which revealed that the Old Tertiary bedrocks lay more shallowly than expected. At the depth of 1,900 m, the maximum temperature showed 223.3 degree C. In a temperature recovery test, it climbed to 277.2 degree C at the depth of 1,400 m. In the well N10-AY-8, the Old Tertiary bedrocks were found drilled at the depth of 87 m or deeper. Inside well temperatures at the time of temperature recovery test showed nearly the same degrees from the depth of 880 m to 1,090 m or about, thereafter rising until the depth of 1,330 m, further rising from 1,370 m until the bottom of the well, and showing the maximum temperature of 277.0 degree C at the depth of 1,450 m. (NEDO)

  18. Achievement report for fiscal 1999 on development of 'technology to promote reduction of discharge of dioxins and development of technology to suppress discharge of dioxins in aluminum product manufacturing processes'; 1999 nendo dioxine rui haishutsu sakugen sokushin gijutsu kaihatsu seika hokokusho. Aluminium seihin seizo kotei ni okeru dioxin rui no haishutsu yokusei seigyo no kaihatsu

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    Research and development has been performed with an objective to reduce discharge of dioxins in aluminum product manufacturing processes. With regard to the quantity of chlorine used in aluminum molten metal refining process, the refining tests using 100% chlorine gas and the mixed gas (nitrogen gas mixed at 80%) revealed that either gas has approximately the same degassing performance, and the use of the mixed gas can reduce the amount of chlorine used. Dioxin concentrations in the gas discharged from the refining process were measured under the refining condition using less amount of chlorine. As a result, it was verified that, in the case of using 20% chlorine gas plus 80% nitrogen gas, the concentrations of dioxins decrease to about l/6, or 0.6 ng-TEQ/N{sup 3}. The studies on suppressing the discharge of dioxins from the facility to wash chlorine treatment exhaust gas discovered that dioxin concentration in the scrubber circulating solution can be suppressed to 1/10 or less by means of gravity precipitation and separation of the suspended liquid. It was also made clear that pH should preferably be controlled to 10.5 to separate suspended substances from the precipitated solution. (NEDO)

  19. FY 1992 report on the survey of geothermal development promotion. Geological structure (geology/alteration zone) survey (No. A-1 - Haneyama area); 1992 nendo chinetsu kaihatsu sokushin chosa chijo chosa hokokusho futai shiryo. Chishitsu kozo (chishitsu henshitsutai) chosa hokokusho (No. A-1 Haneyama chiiki)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1993-05-01

    For the purpose of elucidating a possibility of existence of geothermal reservoirs in the Haneyama area, Oita Prefecture, survey of the geological structure (geology/alteration zone) was conducted. The survey was made for the area of 280km{sup 2} lying from Kusu Town to Kokonoe Town, Oita Prefecture in terms of the route survey of 174km, fabrication/judgement of 52 rock slices, whole rock chemical analysis of 21 rocks, age determination, analysis of rock mineral, X-ray diffraction, literature collection, etc. As a result of the survey, the following conclusion was obtained. When considering a possibility of existence of heat source near this area, the area near the present volcanic front was regarded as promising. The fracture structure in the depths seen in the gravity structure (part of sharp dip of gravity) is more closely related to activity of geothermal water than the active structure of E-W system near the earth surface newly formed and is important when considering the existence of geothermal resource. The periphery of the Shishimuta sedimentation zone where Takigami, Oodake, Hacchobaru and Oguni are located was especially regarded as an area propmising of geothermal energy. In the survey area, the geothermal potential was the highest near Noya - Mizuwake Pass. (NEDO)

  20. Environment-friendly type energy and coordinated community development project. Feasibility study for industrialization of high efficiency waste-fired power generation system (industrial refuse derived fuel and gas turbine combined type); Kankyo chowagata energy community keisei sokushin. Kokoritsu haikibutsu hatsuden (sangyo RDF GT fukugogata) jigyoka FS chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1996-03-01

    High efficiency power generation, which is useful for promoting the environment-friendly type energy and coordinated community, is investigated by combining a steam turbine power generation system using the PS-RDF (paper sludge-refuse derived fuel) and a gas turbine (GT) combined cycle. Industrialization plan for processing PS in low cost has been made to ensure the profitability by participating the wholesale power supply under the law of electric power industry. This combined system is similar to the so-called super power generation using municipal garbage, but the lower temperature of steam from GT waste heat boilers (WHB) is super-heated by the flue gas from RDF boiler, which is called advanced power generation system (A.S.S.). The total power generation capacity is 149,000 kW, which consists of three 35,000 kW units of GT and one 44,000 kW unit of steam turbine. When comparing the combined system (A.S.S.) and usual one with the independent installation of the RDF steam power generation system and a GT combined cycle, the A.S.S. provides the repowering efficiency of 7,600 kW output with exactly the same quantity of fuel input as usual one. 71 figs., 31 tabs.

  1. Achievement report for fiscal 1999 on development of technology to promote reduction of discharge of dioxins. Development of technology to reduce discharge of dioxins in steel manufacturing processes; 1999 nendo dioxin rui haishutsu sakugen sokushin gijutsu kaihatsu seika hokokusho. Seiko kotei ni okeru dioxin rui haishutsu sakugen gijutsu kaihatsu

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    Research and development has been performed on a scrap melting process to make dioxins emission concentration to 0.2 ng-TEQ/Nm{sup 3} or less in steel making electric furnaces. The testing facility is of semi-sealed structure, consisting of an arc dissolution furnace, an exhaust gas combustion section, an auxiliary combustion chamber, and a quenching chamber. In the arc dissolution chamber, oxygen and coke are blown in at the same time as turning the arc power supply on, and then secondary combustion air was blown in to burn carbon monoxide gas generated from steel melting. The temperature was raised to about 850 degrees C at which dioxins are decomposed in the auxiliary combustion chamber, and then quenched to 200 degrees C or lower in the quenching chamber to prevent recombination of dioxins. As a result of the test, the exhaust gas temperature after the combustion was estimated to have reached about 900 degrees C at which dioxins are decomposed. In addition, because it was possible to control the exhaust gas temperature at the outlet of the auxiliary combustion chamber to about 850 degrees C and the exhaust gas temperature at the outlet of the quenching chamber to 200 degrees C or lower, the dioxins concentration at the outlet of the quenching chamber was reduced successfully to the targeted value or lower. (NEDO)

  2. Environment-friendly type energy and coordinated community development project. Feasibility study for industrialization of high efficiency waste-fired power generation system using animal waste; Kankyo chowagata energy community keisei sokushin. Kokoritsu haikibutsu hatsuden (chikusan haikibutsu riyo) jigyoka FS chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1996-03-01

    To introduce the power generation system fueled by animal waste (excrements), one of the so-called industrial waste, its feasibility has been studied in Koyu and surrounding area located in Miyazaki Prefecture. This report includes the technical feasibility of available quantity of animal waste, chemical analysis of the waste, and basic design of the power generation system containing the furnace model and also its economical feasibility. The available quantity of animal waste in Koyu area is about 169,000 tons a year, which can generate 10.5 MW of electric power. That including the surrounding area is about 219,000 tons a year, which can generate 15.0 MW. The heating values of animal excrements in average and as received are 970 kcal/kg for pigs and 1,230 to 2,700 kcal/kg for broilers. In the case of combustion of mixed broiler and pig excrements, both of the stoker and fluidized-bed model furnaces become refractory furnace construction and provide with heat recovery boiler due to their high moisture content. In addition, the stoker furnace model requires an excrement dryer system as pre-treatment of fuel. For the fluidized-bed furnace of 15 MW grade power plant using the mixed fuel of 50% broiler excrements and 50% pig excrements, the power generation efficiency of 23% can be expected at generator end. The generating cost is around 10 yen/kWh. 27 refs., 61 tabs.

  3. FY 1999 geothermal development promotion, development feasibility and commercialization technology studies. Report on the SWD method in No.B-5, Musadake area; 1999 nendo chinetsu kaihatsu sokushin chosa / kaihatsu kanosei chosa / jitsuyoka gijutsu chosa. SWD ho hokokusho (No.B-5 Busadake chiiki (N11-MD-3))

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-02-01

    Commercialization feasibility of the SWD method has been tested and studied. This method uses a bit as the vibration source while a drilling is excavated, to collect information of geological structures and the like in front of the bit. In this study, the reflected and direct waves propagating from the drill bit while the N11-MD-3 drilling was excavated at the Busadake area were extracted and analyzed by the receivers installed on the surface of the earth, to estimate the default shapes which determine the geothermal structures. Analysis of the direct waves has statistically determined that the defaults are inclined at 81.5 degrees, based on the reasonable assumption. No reflection of the waves by the default plane was observed. However, it was observed that the waves were reflected by the stratum planes, when drilling was excavated to 1,006 and 1,008 m, and the results were used to map the reflecting planes. No reflecting planes with a default in-between was obtained, because of, e.g., limited depth sections and large stratum inclination. As a result, no default shape could be estimated. It is however confirmed that the SWD method produces reflected waves by bit signals even in a geothermal area, suggesting applicability of the method to default detection. (NEDO)

  4. Report on geothermal development promotion survey in fiscal 1999. Survey on hot water (collection and analysis of hot water) in Tsujinodake Area No. B-6; 1999 nendo chinetsu kaihatsu sokushin chosa hokokusho. Nessui no chosa (nessui no saishu oyobi bunseki) No.B-6 Tsujinodake chiiki

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-10-01

    This paper reports the survey on hot water in the geothermal development promotion survey in fiscal 1999 in the Tsujinodake area. The hot water pumped up at the N11-TD-2 well is considered to have been originated from sea water mixed with the same amount of meteoric water including waters from Ikeda Lake and Unagi Pond, and been heated mainly by heat conduction. The hot water temperature near the well is 120 to 130 degrees C, but the upper stream of hot water flow is estimated to be 160 to 230 degrees C. The test samples collected and analyzed are those pumped up from depths greater than 1,500 m, having the same origin as the high temperature hot water of higher than 200 degrees C flowing sideways at the relatively shallow portions (depths of 400 to 800 m). The hot water is estimated to be rising from deep portions of mainly the north-east shore of Unagi Pond in which exhalation bands are located, and its temperature is considered to be 260 to 270 degrees C at deep sections. The high temperature geothermal reservoir spreading in relatively shallow sections of the N11-TD-2 well mainly around the vicinity of the north-east shore of Unagi Pond has a high possibility of being continued even to the vicinity of the west Ibusuki area in the north-east direction. However, the spread of the geothermal reservoir with high temperatures (200 degrees C or higher) is considered not too large in the direction of the Matsugakubo in the north-west and the Narikawa area direction in the south-east. (NEDO)

  5. Report on survey on geothermal development promotion in fiscal 1999. Report on survey on environmental effects - noise and vibration (No. B-5, Busadake Area); 1999 nendo chinetsu kaihatsu sokushin chosa. Kankyo eikyo chosa (soon shindo) hokokusho (No.B-5 Busadake chiiki)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    Identification of noise and vibration levels and evaluation on environmental effects were performed in association with the excavation in the geothermal investigation well drilling point (well N11-MD-3) and the vicinity thereof in the Busadake area in Hokkaido. In the survey, noise and vibration were measured before and during the well excavation at the well drilling point and nearby four points (boundary of the drilling premises, 500-m point, Kawakita Spa and the entrance to the mountain stream of petroleum). In addition, a distance decay survey was carried out at five points in one direction from the well drilling point. The result of the noise measurement showed the value of about 30 to 50 dB before the well excavation at the drilling point and its vicinity, and about 40 to 60 dB during the excavation. The vibration was about 40 dB at the boundary of the premises during the excavation, whereas the places other than them showed the lower limit of measurement. In the distance decay of the noise, 75 dB at the 10-m point decayed to 50 dB or lower in the 200-m point, while the vibration level of 75 dB decayed to 30 dB or lower in the 100-m point. These facts lead to a conception that the noise and vibration in association with the well drilling would not give great influence on the neighboring environment. (NEDO)

  6. Fiscal 1989 geothermal development promotion survey. Annex to on-the-ground survey report, geothermal development promotion survey (Geochemical survey report - No. 32: Hachijojima district); 1989 nendo chinetsu kaihatsu sokushin chosa chijo chosa hokokusho futai shiryo (Chikagaku chosa hokokusho - No.32 Hachijojima chiiki)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1989-11-01

    A geochemical survey was conducted by examining soil gas and hot spa water temperature for contributing to the clarification of the subsurface geothermal structure in the Hachijojima district, Tokyo. Mercury concentration, carbon dioxide gas concentration, and 1 m-deep temperature were measured at 155 sites; and chemical and isotope analyses were conducted for 10 specimens of hot spa water and 6 specimens of surface water. After examination, 5 significant locations were isolated at the regions of Yaene-Ogago, Taredo, the northern foot of Mt. Nishi to Weather Station, the southern foot of Mt. Higashi, and the region to the south of Mt. Higashi with hot spa distributed therein. The significant locations are situated in the vicinity of a mar that produced deposit by magma-steam eruption, an alteration zone, and the parasitic volcano in Mt. Higashi, and in an area with hot spa distributed therein. It is therefore concluded that they are closely related with volcanic activities. It is inferred that geothermal signs in the Mt. Nishi area reflect a relatively deep-seated structure. As for the mercury and carbon dioxide gas concentration levels in the Mt. Higashi area, it is inferred that they again represent geothermal signs reflecting a relatively deep-seated structure. (NEDO)

  7. Report on the supplementary survey on the data processing in the FY 1997 survey of the promotion of geothermal development. Gravity filter analysis (No. B-6 Tsujino-dake area); 1997 nendo chinetsu kaihatsu sokushin chosa data shori ni kakawaru hosoku chosa (juryoku filter kaiseki) hokokusno. No.B-6 Tsujinodake chiiki

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-08-01

    As a part of the FY 1997 survey of the promotion of geothermal development, the gravity filter analysis was made of the data processing in the Tsujino-dake area of Kagoshima prefecture, and the results were summarized. The geothermal fluid used in the Yamagawa geothermal power plant has the residual magma brought by activities of volcanic rocks of the Ata central shield volcano as heat source, and the fracture system and deep intrusive rocks are reservoirs. A small scale of gravity anomaly area is located, and it reflects high-density volcanic rock masses which are distributed on the earth surface or shallowly under the ground. The ridge stretching from Kiyomi-dake to the Narukawa tunnel and the ridge connecting Kuze-dake and Tsujino-dake are in the high-gravity area and reflect high-density rocks in the shallow part and deep part. There is a possibility of the existence of the fracture system in the high-density deep basement. Calderas continue close to the south of the high-gravity ridge stretching from the Kiyomi-dake to the Narukawa tunnel, and the fracture system which brings the eruption of volcanic rocks of the Ata central shield volcano and the fracture system forming caldera exist in parallel. From the aspect of the geothermal structure, a consideration was made of rock layers which possibly compose the rise of high-density basement in the deep part near the Tsujino-dake. (NEDO)

  8. Fiscal 1997 survey of overseas coal import base arrangement and promotion. Effects of the expansion of coal trade by IPP on the supply/demand of general coal in Asia; 1997 nendo kaigaitan yunyu kiban seibi sokushin chosa. IPP ni yoru sekitan boeki no kakudai ga Asia no ippantan jukyu ni oyobosu eikyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-03-01

    In consideration of the coal situation in the Asia/Pacific region, a study was made of effects of the expansion of coal trade by IPP on supply/demand of general coal in Asia. When aggregating increases in demand of general coal for electric power use in ten Asian counties, they will be an increase of 130.75 million tons in 2005 over 1997. Fifty nine percent of it is equivalent to the increase by IPP and exceeds the demand expanded by electric utilities operators. Further, a possibility is predicted of contracts and coal quality being different from until now. However, there will be a lot of cases in which plans of constructing power plants in Asia are not so developed as expected except Japan, Korea and Taiwan, and also the effect of the currency crisis starting in Thailand largely affects. In terms of the coal supply, countries which export general coal are only China and Indonesia. Indonesian coal is expanding its production and export rapidly and remarkably. The environmental control in Asia has been tightening, and the fuel selected by IPP is mainly coal rather than natural gas. 40 refs., 94 figs., 179 tabs.

  9. Environment-friendly type energy and coordinated community development project. Feasibility study for industrialization of high efficiency waste-fired power generation system using CSD and other wastes; Kankyo chowagata energy community keisei sokushin. Kokoritsu haikibutsu hatsuden (CSD nado haikibutsu riyo) jigyoka FS chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1996-03-01

    This report presents the feasibility of enterprise on power generation by thermal recycle and selling power together with volume reduction, de-harming (de-toxification) and stabilization of the shredder dust. Contents of the study include the investigation of generation amount of car shredder dust (CSD) and its properties, trial design of high efficiency power generation facilities, selection of boiler tube materials, incineration test with a melting kiln test plant, disposal and effective use of melted slag and fly ash, and environmental impact assessment. The capacity of waste disposal in the trial design contains 1,140 ton/day of shredder dust, 60 ton/day of waste plastics, sludge and waste paper, and 130 ton/day of waste oil. Melting kiln with secondary combustion chamber was adopted as the incineration type. The high temperature and high pressure waste heat boiler with an extraction condensing turbine was adopted as the waste heat recovery and power generation type. Stable combustion was confirmed from the results using a test plant. According to the consideration of cost and unit cost results for wholesale power supply, if it is postulated that income for waste disposal is 12,000 yen/ton, power generation costs in excess power selling and wholesales are 6.4 yen/kWh and 9.1 yen/kWh, respectively. 67 figs., 48 tabs.

  10. Research report on promotion of geothermal energy exploitation for fiscal 1997. Test drilling into the structure, construction work for research, and analysis (No.B-4 Kuenohira district); 1997 nendo chinetsu kaihatsu sokushin chosa. Kozo shisui chosa koji oyobi kaiseki hokokusho (No.B-4 Kuenohirayama chiiki)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-06-01

    Cuttings from a test drilling in the Kuenohira district, Oita Prefecture, are subjected to analysis. The result of ground surface investigation suggested the presence of a magma reservoir to serve as heat source and a highly permeable zone along a fault to help the formation of a thermal water retention system. At the N9-KH-1 drilling site, however, no geothermal reservoir is found along the periphery of the subsidence in the western part of the research area. In this district, it is deemed, no geothermal reservoir has been formed due to shortage of heat supply from the heat source and insufficient geothermal water activity. It is also deemed that the district, in which fractures of the E-W system, NNW-SSE system, and NE-SW system are distributed, is a region at which meteoric water flows into larger convection systems. As for the westward stretch of the geothermal reservoir (where the N9-KH-1 site is situated) that has developed on the swell of the basement, detected to exist at N2-MW-2 and N3-MW-6 in the eastern part of the research area, it is found to be not so extensive. (NEDO)

  11. FY 1999 report on the potential survey of the environmental friendly type coal utilization system. Survey on the spread/promotion of circulating fluidized bed boilers in China; 1999 nendo chosa hokoksho. Kankyo chowagata sekitan riyo system kanosei chosa. Chugoku ni okeru junkan yukaboira no fukyu sokushin ni kakawaru chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    For the purpose of contributing to the spread/promotion of Japanese-make circulating fluidized bed boilers with desulfurization function, survey was conducted of the state of utilization of circulating fluidized bed boilers, the needs, etc. in China. In the survey, field survey was made at two boiler manufacturers and four companies using boilers in Beijing city, Fujian province, Hubei province, etc. to grasp the state of utilization and study conditions for the spread/promotion of circulating fluidized bed boilers. The Chinese government is making efforts for the spread of circulating fluidized bed boilers. The number of the domestically existing circulating fluidized bed boilers is estimated at approximately 800, but almost none of them conducts furnace desulfurization. Further, the operating rate of boiler is not always high. The reasons are as follows: desulfurization costs high without connecting to the production; environmental regulation is still mild in China; reliability and maintenance technique are still at low levels. It is urgently desirable to spread highly reliable circulating fluidized bed boilers with desulfurization function, and accordingly, it is necessary to reduce the cost of Japanese-make boilers. (NEDO)

  12. Survey on geothermal development promotion in fiscal 1998. Electromagnetic exploration (simplified MT method) (Separate data (No. A-4 for the Mt. Kunbetsu area)); 1998 nendo chinetsu kaihatsu sokushin chosa. Denji tansa (MT kan'iho) bessatsu shiryo (No.A-4 Kunbetsu chiiki)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    This paper summarizes the result of electromagnetic exploration in the No. A-4 Mt. Kunbetsu area as a separate data for the geothermal development promotion survey. The orders are as follows: in the apparent specific resistance and phase curves, TE mode, TM mode, invariant mode; in the MT parameters, tipper magnitude, tipper strike, impedance rotation, skewness, impedance polar diagram; in the one-dimensional analysis result (TE mode), specific resistance model, measurement/analysis {rho}a-F diagram; in the one-dimensional analysis result (TM mode), specific resistance model, measurement/analysis {rho}a-F diagram; inthe one-dimensional analysis result (invariant mode), specific resistance model, measurement/analysis {rho}a-F diagram; in the measurement value list, tipper magnitude, tipper phase, tipper strike, skewness; and in the value list for the one-dimensional analysis result, TE mode, TM mode, invariant mode and the value list for the two-dimensional analysis result. (NEDO)

  13. FY 1999 report on the comprehensive analysis of the geothermal development promotion survey. Forth. No.C-3 Akinomiya area (Separate volume 2: Collected data); 1999 nendo chinetsu kaihatsu sokushin chosa sogo kaiseki hokokusho. No. C-3 Akinomiya chiiki (Dai 4 ji) - Bessatsu 2 (shiryoshu)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-01-01

    As to the survey of the existence amount of geothermal resource in the Akinomiya area, Ogachi town, Akita prefecture, which was made in FY 1999, the comprehensive analysis was conducted, and the data were arranged. In relation to the surface survey, data on the following were described: geological survey, supplementary surface geological survey, soil gas survey, precision gravity survey, supplementary gravity survey and 3D model re-analysis, electromagnetic survey, etc. With relation to the well survey, data on the following: wells of N8-AY-1, N8-AY-2, N9-AY-3, N9-AY-4, N9-AY-5, N10-AY-6, N10-AY-7 and N10-AY-8, survey of cores of existing wells, temperature/pressure logging of wells remaining stationary after having been left long, sampler logging, etc. In relation to the jetting test, data on the short-term jetting test on wells of N8-AY-1, N8-AY-2, N9-AY-3, N9-AY-4, etc. With relation to the evaluation of reservoirs, data on the pressure monitoring, results of the reservoir simulation, etc. (NEDO)

  14. Survey for development feasibility in fiscal 1999 investigation of geothermal development and promotion. Evaluation report on practicability technology survey SWD method (Evaluation report concerning verification test); 1999 nendo chinetsu kaihatsu sokushin chosa no uchi kaihatsu kanosei chosa. Jitsuyoka gijutsu chosa SWD ho hyoka hokokusho (jissho shiken ni kakawaru hyoka hokokusho)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-05-01

    An evaluation test was conducted on SWD (Seismic While Drilling) method as a part of the investigation of geothermal development and promotion. The test was implemented at the time of drilling of N11-MD-3 well in the northeast base area of Busadake, Hokkaido. The test items were such as verification of direct waves propagating from a bit to the surface, identification of signals passing through a fault zone using direct waves and reflected waves, estimation of distance between a fault and a bent zone, and grasping the direction of signal propagation at the time of inclined drilling. As a result of the experiments and studies, following conclusions were obtained. Reflected waves extracted are not necessarily limited to those from a reflection area from which the shape of a fault can be grasped; unless there is a clear reflection area that can be picked up on the surface near a fault, the application of this method is not effective. In an analysis using direct waves, it was possible to obtain an inclined angle of a fault plane from the estimation of velocity structure, propagation route, and assumption of the shape of the fault plane and, therefore, to grasp the shape of the fault. Obtaining reference data is essential for identifying bit signals. (NEDO)

  15. Environment-friendly type energy and coordinated community development project. Feasibility study for industrialization of high efficiency waste-fired power generation system using general RDF; Kankyo chowagata energy community keisei sokushin. Kokoritsu haikibutsu hatsuden (ippainado RDF riyo) jigyoka FS chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1996-03-01

    The refuse-derived fuel (RDF) has been holding public attention not only as the energy resource of stable high calorific value for local energy development, but also as the effective method for waste treatment. As one of the effective utilization methods for waste treatment, this investigation was conducted to industrialize and establish the RDF power generation system, in which power generation and ash treatment are integrated in Tochigi Prefecture which is located inland. The base supply type was adopted as a way of operation from the menu of the electricity wholesale project of Tokyo Electric Power Co. and its rate of operation is 80 percent a year. Then, the fluidized bed combustion method, a dry exhaust gas treatment method, and continuous electric melting furnaces were decided as the RDF power generation system. According to this system, it is possible to obtain 26 percent gross thermal efficiency by conventional generation facilities. It was estimated that the expenses reduction for 15 years will be 17.6 billion yen compared with the ordinary combustion system. Also, the following effects can be expected; the reduction of CO2 emission, improvement of energy efficiency, and the extension of life of landfills capacity. 36 figs., 51 tabs.

  16. Report for fiscal 2000 on electronic patient record network discussion committee. Survey on promotion of medical information use utilizing electronic patient record network; 2000 nendo denshi karute network kento iinkai hokokusho. Denshi karute network wo katsuyoshita iryo johoka no sokushin ni kansuru chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    Based on the movements in the most advanced IT technologies and in social system reformation in the medical and health preservation fields, discussions were given on the assignments and measures to be solved to realize the medical information network, and the secondary utilization method of the medical information and the assignments and measures in the utilization thereof. A patient record is originally a document stating the secrets of a patient for his or her medical information, and has a nature that doctors may be sued from the patient if they disclose or exchange the document. There is a large number of company owners, politicians or salaried people who would not want their diseases which they had in the past, the name of the existing disease and medical treatment to be made public. The electronic patient record network has a conflicting proposition to elevate its values by means of data re-utilization, secondary utilization and information exchange. Preparation of the database requires multilateral analyses and classifications, as well as sufficient discussions and realistic execution including the consistency with the personal information protection law, as to whether it is information that the patient wants the exchange or disclosure, or whether it is information to be exchanged or disclosed even if the patient refuses it, not speak of attention to 5W1H. (NEDO)

  17. Fiscal 2000 report on geothermal energy development promotion survey. Phase 1. Report on environmental impact survey in No. C-5 Appi district (Hot spa fluctuation); 2000 nendo chinetsu kaihatsu sokushin chosa hokokusho. No. C-5. Appi chiiki kankyo chosa (onsen hendo) dai 1 ji

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-07-01

    For the assessment of the environmental impact to be produced by geothermal exploration well boring and short-term outburst tests, water in hot spas, fountains, and rivers in and around the Appi survey district was inspected for fluctuation. A survey was conducted of multiple components to help analysis of the geothermal reservoir structure. Distributed in the alteration zone in this district are the hot spas of Kusanoyu, Shin-Kusanoyu, Appi, and so forth, and, in the vicinity, numerous hot spas including Iwahatanoyu belonging to the Appi hot spa. In the multiple component survey, 12 hot spas, 1 fountain, 8 rivers, and 2 gas wells were subjected to measurement. In the fluctuation survey, 5 hot spas, 1 fountain, 5 rivers, and the amount of precipitation were subjected to measurement. In the survey of river bottom quality and river bed rocks, river bottom quality was checked at 18 spots and river bed rocks at 12 spots. It was found that fluctuation was great in the amount of welling water at Kusanoyu, Shin-kusanoyu, and Appi, with the coefficient of fluctuation recording 10 or more. A negative correlation was detected between the welling amount and water temperature. It is deemed that the hot water spurts out of natural fountains or shallow wells and that its temperature tends to grow lower with an increase in meteoric water by which it is diluted. (NEDO)

  18. FY 1999 report on the survey of the reinforcement of the base for introduction/spread/improvement of clean energy vehicles in the Kinki region, Japan; 1999 nendo chosa hokokusho. Kinki chiiki clean energy jidosha donyu fukyu sokushin kiban kyoka chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    Survey was made with the aim of studying measures to be taken for introduction/promotion of clean energy vehicles (CEV) in the Kinki region and of making a guidebook which included 8 CEV introduction menus based on the characteristics/needs in the Kinki region. In the survey of the state of CEV introduction in the Kinki region, a total number of the CEVs introduced in the region was estimated at approximately 5,300 (19.1% of the whole country), which indicated that the CEV introduction was increasing in comparison with the rate of the general vehicles registered (14.6% of the whole country). On the other hand, the fuel supply stations prepared such as eco-station are limited mostly to Osaka prefecture, which showed that the base is still unprepared. From the questionnaire survey made for 367 autonomous bodies and main 73 companies, problems and the needs for the wide area/large quantity spread were grasped, and various basic data were obtained. To solve problems, the setting-up of the Kinki CEV introduction/spread/promotion committee (CEV Kansai) was studied. (NEDO)

  19. FY 1999 report on the comprehensive analysis of the geothermal development promotion survey. Forth. No.C-3 Akinomiya area (Separate volume 1: Forth survey); 1999 nendo chinetsu kaihatsu sokushin chosa sogo kaiseki hokokusho. No. C-3 Akinomiya chiiki (Dai 4 ji) - Bessatsu 1 (Dai 4 ji chosa)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-01-01

    The paper reported the results of the long-term jetting test, etc. which were carried out as the forth survey of the geothermal development promotion survey in the Akinomiya area, Ogachi town, Akita prefecture. The jetting induction and the situation of production/reduction were described as follows. N9-AY-3 began to well spontaneously after being induced by sending air up to wellhead pressure of 4.8 MpaG. Damping was recognized for a month or so after the start of jetting. After that, however, no damping was recognized, nor was recognized the deterioration of the fluid enthalpy with age. The pH of geothermal water was definite, approximately 8, and the electric conductivity and Cl concentration were 8,500 {mu}S/cm and 2,600 mg/L, respectively. The maximum jetting capacity of N10-AY-8 was 10.4t/h in steam and 8.9t/h in geothermal water at wellhead pressure of 0.24 MPaG, and after that, it showed a tendency to lower. The flow rate of reduction of N8-AY-1 changed from 80-90t/h at the beginning to 60-70t/h. With the continued reduction, the lowering of reduction capacity was recognized. In the test, the following were carried out: temperature/pressure/spinner logging, test on pressure transition, survey of fluid properties, survey of jetting microseisms, etc. (NEDO)

  20. Report on fiscal 1998 investigation of geothermal development and promotion and on supplementary investigation concerning data processing (geology/decomposed zone investigation and gravitational probing). No. B-7 Kuwanosawa area; 1998 nendo chinetsu kaihatsu sokushin chosa. Data shori ni kakawaru hosoku chosa (chishitsu henshitsutai chosa oyobi juryoku tansa) hokokusho (No.B-7 Kuwanosawa chiiki)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-09-30

    A geology/alteration zone investigation and gravitational probing were carried out, with the results summarized, for the purpose of elucidating the structure of geothermal reservoir structure in the Kuwanosawa area. The investigation was implemented in the southeast part of Akita prefecture including Yuzawa city and Ogachimachi during the period between June 9 and August 31, 1999. The results were as follows. The geology of the investigation area consists of granite, as the base rock, and the covering Doroyu layer, Minasegawa layer, Sanzugawa layer and intrusive rocks in the Neo Tertiary system as well as Kabutosan layer and volcanic rocks in the Quaternary system. No wide area alteration zone existed, while vein-like alterations and hydrothermal veins along cracks were recognized, with the fluid inclusion homogenizing temperature showing 240-260 degrees C, which presumably indicates the existence of local hydrothermal activity until comparatively recently. The geothermal structure of the subject area is very likely dependent on thermal conduction from a deep thermal source existing in the Wasabizawa district. In the underground depth, it is inferred that a hydrothermal system is formed in the NW fault structure, lower part of cracks accompanying NS hydrothermal vein, and in the NNW/NE structures inferable from the gravitational probing. (NEDO)

  1. Report on achievements in fiscal 1998. Research and development of a technology to promote non-ferrous metal based material recycling. (Research on component technologies and a total system); 1998 nendo hitetsu kinzokukei sozai recycle sokushin gijutsu seika hokokusho. Kenkyu kaihatsu yoso gijutsu kenkyu, total system kenkyu

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    This project is intended to research and develop a high level aluminum recycling technology to realize the 'product to product' philosophy to return different aluminum scraps into the original materials, while attempting to develop and unify the aluminum recycling technologies and promote utilization of LNG. This fiscal year has studied the following methods as the component technology research: (1) an inclusion removing method, (2) a crystal sorting method, (3) a vacuum distillation method, and (4) a semi-melting method. The studies on (1), (2) and (3) were performed on identification of basic data and systematization to determine the life and facility specifications, with the full-swing demonstration tests being waited to start in fiscal 1999. The research and development on the item (4) was determined technologically feasible although additional discussions are required on the engineering aspect for practical application. The component technology study thereon will be finished with the current fiscal year. For the demonstration tests among the studies on total system technologies, the crystal sorting method and the vacuum distillation method had the achievements obtained in the research of the component technologies reflected directly to the facility design and fabrication. There has been no large-scale facility fabrication for the inclusion removing method and effective utilization of ash remaining in dross, and the researches were performed as scheduled. (NEDO)

  2. Fiscal 1995 survey of the base arrangement promotion for foreign coal import. Investigation on the policy of coal demand stabilization using low grade coal; 1995 nendo kaigaitan yunyu kiban sokushin chosa. Teihin`itan riyo ni yoru sekitan jukyu anteika hosaku ni kansuru chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1996-03-01

    The paper investigated the trend of and the needs for low grade coal utilization and the seeds of low grade coal utilization technology and studied usability of low grade coal in the future. Importance of low grade coal utilization was described in consideration of features of the Asia/Pacific area in the world coal market, and the trend of production/utilization of low grade coal was examined mostly in countries holding main low grade coals in the Asia/Pacific area. The trend of the technical development contributing to the low grade coal utilization was studied to make it contribute to the extraction of technologies which are regarded as effective in the Asia/Pacific area. A study was made of applicability of the low grade coal utilization technology corresponding to the needs for low grade coal utilization, and at the same time, a study was made of the effect on the coal supply/demand in the Asia/Pacific area in case the low grade coal utilization is promoted helped by the study. Focusing on technical cooperation relating to clean coal technology, a study was conducted of the trend of international cooperation in Japan and various overseas countries and the trend of new cooperation in private sectors, and a discussion was made on how Japan should act toward promotion of low grade coal utilization. 12 figs., 91 tabs.

  3. Survey report for fiscal 1999 on advanced exploitation of coal overseas. Survey of coal exploitation enhancement overseas (Coal industry's measures for persistent low coal price); 1999 nendo kaigaitan kaihatsu kodoka nado chosa. Kaigaitan kaihatsu sokushin chosa (sekitan kakaku teimeika ni okeru sekitan sangyo no taiosaku)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    Surveys were conducted of the trends of coal companies in the U.S. and Australia and of the lookout for new coal field development in Australia for the purpose of contributing to the stable supply of coal in the future. In the U.S., the coal industry has experienced serious changes in these ten years, and various corporations, such as Peabody, Arch Coal, CONSOL, and Kennecott have come to resort to drastic measures for their survival. In Australia, coal price is lower and contract terms are shorter with less demand for coal supply thanks to the economic crisis in Asia. As for demand for coal in Asia, on the other hand, it is deemed that in 2010 there will be a 41% increase over the 1995 level and that, therefore, coal field preservation and new field exploitation are necessary. Since production by strip mining in New South Wales State is to decrease in 2012 and after, it is expected that new projects will start only after 2012. Comprehensive development projects are going to be launched in the areas surrounding the Surat district, Queensland State, and therefore new projects will be easier to start in this region. Since the Surat coal is to be collected after a little stripping, it is expected that it will be able to compete with the Indonesian coal. (NEDO)

  4. Survey of selecting the promising drilling points out of the ground survey of the FY 1992 geothermal development promotion survey. Soil gas survey (No.C-1 - Shirotori area); 1992 nendo chinetsu kaihatsu sokushin chosa. Chijo chosa no uchi yubo kussaku chiten sentei chosa (Dojo gas chosa) hokokusho (No. C-1 Shirotori chiiki)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1994-03-01

    As a part of the survey of selecting promising drilling points, survey was made using soil gas to grasp the area of existence of geothermal fluid in the area for careful examination and the locational distribution of fractures controlling the behavior of fluid. In the survey, the concentration of Hg in soil gas/carbon isotopic ratio of CO2 were measured at 247 measuring points. Generally speaking, there existed the hydrothermal fluid along the structure controlling geothermal activities in the area where the concentration of Hg in soil gas is high, and the volcanic gas as a heating source of geothermal fluid was rising in the area where the carbon isotopic ratio is high. In the survey, areas where both the Hg concentration and the carbon isotopic ratio were high were extracted as promising areas where the high temperature geothermal fluid possibly exists. The promising areas extracted were the periphery of the Daiichi (No.1) Shirotori Hot Spring, periphery of KT-4, southern periphery of N4-ST-2, periphery of 54E-OBN-1 - 54E-OBN-2, and periphery of N4-ST-2. Besides, a possibility of existence of geothermal fluid was indicated in the northeast of N4-ST-1 and in the northeast of KT-9. (NEDO)

  5. Report on survey in fiscal 1999 for promotion of geothermal development. Supplementary survey on data processing (fluid inclusion test) for Tsujinodake Area No. B-6; 1998 nendo chinetsu kaihatsu sokushin chosa hokokusho. Data shori ni kakawaru hosoku chosa (ryutai gan'yubutsu shiken nado) No.B-6 Tsujinodake chiiki

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-10-01

    This paper reports the fluid inclusion test in the Tsujinodake area in fiscal 1998 for the survey on promotion of geothermal development. The fluid inclusions were classified into three types: those with the maximum value or the average value of the homogenizing temperature agreeing nearly with the saturated boiling curve, those with the homogenizing temperature showing the interim temperature between the present well temperature and the saturated boiling curve, and those agreeing nearly with the present well temperature. It is presumed that the bed temperatures in depths of 1,125.30 m and 1,427.50 m have changed very little since after formation of the present circulating and flowing systems of geothermal waters until now. In contrast at the depth of 1,691.75 m, the bed temperature was estimated to have fallen slightly from that in the most active period of the geothermal water activities. As a result of the rock age measurement, it is estimated that, in the Nansatsu bed groups distributing around the N10-TD-1 well, the temperature has fallen gradually after having been subjected to hot water alteration actions at higher than 200 degrees C, and cooling has taken place down to 200 to 250 degrees C as the fission track date temperature of zircon in the relatively late period (about several hundred thousand years before). There should have been no thermal change that affects the age measurement up to now since then. (NEDO)

  6. Report on joint research in fiscal 1999. Research and development of technology to promote recycling of non-ferrous metal materials (Report on achievement in researches of demonstration tests and total system technology); 1999 nendo hitetsu kinzokukei sozai recycle sokushin gijutsu seika hokokusho. Jissho shiken kenkyu, total system gijutsu

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    Development has been in progress on promotion of recycling the non-ferrous metal materials, particularly aluminum, base metals and rare metals (such as copper). For aluminum, researches were made on demonstration of the crystal separation process, vacuum deposition process, molten scrap cleaning technology, and residual dross utilizing technology. In the crystal separation process to remove Fe and Si, and the vacuum deposition process to remove Zn, trial operation and adjustments were performed on the demonstration and testing facilities, making simulation in the scale of 1000 tons a month possible. In the molten scrap cleaning technology, discussions were given on a method to install on the trough a filter permitting micro inclusions in the molten scrap, but no results as have been expected were obtained. The residual dross was used on a trial basis for applications such as road aggregate and refractory materials. In the exhaust treatment, it was recognized effective that activated carbon and slaked lime are used simultaneously to remove hydrochloric acid and dioxins. In developing a technology to regenerate high-grade copper from sludge dust, discussions were given on design, fabrication, and trial operation of the demonstration facilities, partly by using a demonstration plant, with regard to the five related technologies including a technology for high precision refining of scraps, and high-speed metal melting technology. (NEDO)

  7. Fiscal 1993 survey of the base arrangement promotion for foreign coal import. Supply to Japan of subbituminous coal of the west of the U.S. (survey of the cost and a potentiality of the cost); 1993 nendo kaigaitan yunyu kiban sokushin chosa. Beikoku seibu arekiseitan no tainichi kyokyu (cost to yunyu chosa)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1994-03-01

    Subbituminous coal of the Powder River coal field in the west of the U.S. is abundant, about 1/3 in the U.S. in reserve and about 1/4 in production. It is predicted that supply/demand of general coal will be tight from now up to the coming year of 2000 in the Pacific rim region including Japan as center, and therefore, if Japan imports in large quantity the subbituminous coal which exists abundantly and has a great potentiality of the expanding production quantity, Japan can contribute greatly to loosening the supply/demand of general coal in the Pacific rim region. However, there are some problems on the following: long inland transportation distance of more than 2000km, heavy burden of railroad fare, and coal quality, namely high water content, low calorific value, and low ash melting point of the coal being low in sulfur and ash. Accordingly, surveyed were on what level the cost of supply to Japan will be as compared with Australian coal, and whether there is a possibility of import of the subbituminous coal in large quantity at a competitive price. As to the potential import to Japan, the import of this coal will be 2.025 million tons/year at maximum in 2000 if the railroad price is reduced 20% and the blending of 30% at maximum can be realized at the Soma Kyodo Thermal Power Plant. 34 figs., 48 tabs.

  8. Report on a survey for promotion of geothermal development and an overall analysis of areas in fiscal 1996. Report No.C-3 for the Akinomiya area (First analysis); 1996 nendo chinetsu kaihatsu sokushin chosa sogo kaiseki hokokusho. No.C-3 (Akinomiya chiiki dai 1 ji)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1997-10-01

    This paper summarizes the result of a survey for promotion of geothermal development and an overall analysis of the Akinomiya area in fiscal 1996. The subject area is located in Katsuo Town in south of Akita Prefecture. The geothermal reservoirs are regulated by the irregular construction created by upheaval and subsidence of the pre-Tertiary basement rocks. The underground temperature construction shows the temperatures rising toward Mt. Yamabushi. The latest geothermal activities should have taken place after the eruption of Mt. Takamatsu. The geothermal activities near the Arayu area have been most active until recently, and is still predominant. Transformation activities were active in the former period of the Pleistocene era. The acidic transformation band has been active after sedimentation of andesites in Mt. Takamatsu thereafter, which should have been active not only in areas where it is now active on the ground surface, but also in greatly wider areas. Geothermal fluid flows being regulated by faults, whereas fractures with high permeability existing along the faults are suitable for developing steam collection. Hot spring waters were produced by the geothermal fluid having risen along the faults and been mixed with and diluted by ground surface water near the ground surface. Areas promising for geothermal development would spread over the areas with high permeability along structural lines such as faults which show the convection type temperature pattern and temperatures higher than 250 degrees C. (NEDO)

  9. Fiscal 1999 survey for promotion of geothermal energy development. Survey report of environmental impact survey - Hot spring fluctuation (No. B-5, Musadake district); 1999 nendo chinetsu kaihatsu sokushin chosa. Kankyo eikyo chosa hokokusho (onsen hendo) (No.B-5 Musadake chiiki)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-12-01

    Research boreholes N11-MD-3 and -4 were drilled in Shibetsu-cho, Shibetsu-gun, Hokkaido, in the period July 1999 through December 1999, and thermal water was examined at the sites in July and November 1999. For the purpose of detecting the impact of the said work on the environment, local hot springs were examined for their status before, during, and after the drilling period. Measurements were conducted in the period August 5, 1998, through December 31, 2000. It was found that no fluctuation in water temperature or yield attributable to the drilling was detected. Hot springs were examined for nine items including water temperature and pH level at four spots which were Kaiyo-dai, River Tenyu, and Otoko-yu and Onna-yu of Kawakita Hot Spring, when 23-31 measurements were performed from each of the four. (NEDO)

  10. Report on the results of the FY1999 standardization for new standard interface protocol for electrical measuring use; 1999 nendo shinki sangyo ikusei sokkogata kokusai hyojun kaihatsu jigyo seika hokokusho. Denki keisokukiyo shinhyojun interface purotokoru no hyojunka

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    The purpose of this project is to create a new protocol for electric measuring instruments that use a built-in the Universal Serial Bus (USB) interface which is no incorporated in PCs. This new interface will replace the existing GPIB interface (IEEE-488), which is currently used in electric measuring instruments as standard interface. Our goal is to create a protocol that will provide the same data rate as GPIB and better connectivity. To evaluate our new protocol, we create virtual instruments using evaluation boards for USB chips, as well as software, and performed transfer tests to isolate and solve problems found in the tests. We will make the protocol and the software available for general use, and register the protocol as a standard to the USB Developer's Forum, a body that manages USB standards, to make it as a de facto standard. Ultimately we are aiming at making it an international standard. (NEDO)

  11. Report of a project for the technical development of the environmental preservation and resource effective utilization system in fiscal 1995; 1995 nendo kankyo hozen shigen yuko riyo system gijutsu kaihatsu jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1996-03-01

    The paper outlined the present situation of industrial waste all over Japan and the present situation of industrial waste of large urban areas where it is most difficult to secure places for the final disposal, and conducted an analysis on the present and future amount of final disposal waste. According to the literature from the Ministry of Health and Welfare, `research report on the discharge/treatment situation of the industrial waste` and `research results of administrative organizations for industrial waste,` the situation of final disposal from the past to the present was outlined and analyzed to study the future trend. Out of the administrative divisions of Japan, four divisions, which are all typically called large urban areas, were selected, and the situation of industrial waste in large urban areas was outlined and analyzed according to the questionnaire survey and the literature on industrial waste obtained from each administrative division. The survey by the Ministry of Health and Welfare indicated that the volume of the industrial waste discharged from the whole country amounted to approximately 400 million tons in fiscal 1992. However, helped by the improving recycling of waste construction materials, the amount of final disposal around 2000 is presumed to be less by 20% or so than that in 1992. 58 refs., 5 tabs.

  12. FY 1999 project on the development of new industry support type international standards. Standardization of color management; 1999 nendo shinki sangyo shiengata kokusai hyojun kaihatsu jigyo seika hokokusho. Iro saigen kanri (color management) no hyojunka

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    For the purpose of eliminating variations in color reproduction in multi-media output devices, study was conducted of making a standard plan for color information equipment as hardware and for the software to determine the characteristics, and the FY 1999 results were summarized. As to the standardization of color control in input/output devices, characteristic dependency of color printer under environmental conditions such as ambient temperature/humidity was determined. And to integrate it into the ICC profile, the profile was expanded. Concerning the standardization of multi-spectrum color image description format, non-linear spectral characteristics were investigated which are dependent on types of light sources, light intensity and geometric conditions. In relation to the standardization of psychological color reproduction, the scope of the experiment using examinee was expanded, and the study was so conducted that the standard image for skin color evaluation use can be recognized as the one that has statistical accuracy. A sequence method which is more simple and more effective was established. In the discussions of the proposed international standards, studies were carried out of the electronic still camera color characteristics measurement and the color space ISO RGB. (NEDO)

  13. R and D project for large industrial technologies in fiscal 1989. Report on achievements in R and D of robots for critical works; 1989 nendo seika hokokusho. Ogata kogyo gijutsu kenkyu kaihatsu jigyo. Kyokugen sagyo robot no kenkyu kaihatsu

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1990-03-01

    Research and development have been performed on basic technologies common to different types of robots to carry out works in critical conditions. This paper summarizes the achievements in fiscal 1989. In the R and D of sensor technologies, a prototype tri-axial one-millimeter sensor array and a signal processing device were produced and evaluations were given. A prototype production and evaluations were made on a system that can recognize comprehensively the slip, hardness, and moment as the tri-axial tactile information. In the R and D of motive force technologies, discussions were given on improvement of sensitivity of the torque sensor in the actuator for force control. Design and prototype fabrication were carried out on a speed reducer integrated actuator having a torque sensor for the manipulator's elbow joint. In addition, a force controlled controller was fabricated on a trial basis, which compensates the non-linearity of the force controlled actuator by means of software control. In the R and D of the robot languages, an application program was prepared on a representative work related to movements of a critical work robot. Verification was also conducted on the reasonability of the grammar specifications. (NEDO)

  14. FY 1999 report on the results of 'the model project for effective utilization of the waste heat discharged from the combustion of paper-manufacturing sludge'; 1999 nendo seika hokoku. Seishi surajji nensho hainetsu yuko riyo moderu jigyo

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    For the purpose of reducing the consumption of fossil fuel and reducing emissions of global warming gases in Malaysia, a model project for thermally effective use of the sludge discharged from paper-manufacturing plant was carried out. Concretely, the paper-manufacturing sludge discharged from paper-manufacturing plant is to be dewatered and improved of its lower heating value. Then, the sludge is to be burned in fluidized bed incinerator, and the steam is to be generated by recovering heat using waste heat recovering boiler. The steam obtained is to be used as process steam of the plant. In this fiscal year, the first year of the project, the attachment to the agreement was prepared in terms of the allotment of the project work between Japan and Malaysia, various kinds of gist, schedules, etc. and signed. After that, the determination of the basic specifications for facilities was made according to the attachment to the agreement. Now, the basic design of the whole plant is being made. The design of the process flow sheet, design of the layout plan for plant equipment, etc. were finished. The goods to be purchased are now being estimated and assessed. Moreover, as to the civil engineering/construction design, drawings of the basic design are now being made. (NEDO)

  15. Achievement report for fiscal 1998 on joint research business (2/2). Photovoltaic power generation field test for public facilities; 1998 nendo kokyo shisetsu nadoyo taiyoko hatsuden field test jigyo (2/2). Kyodo kenkyu seika hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-07-01

    Photovoltaic power generation systems are experimentally installed at public facilities at various locations, and subjected to field tests in which they experience long-term operation under real loads. Mie Prefectural Iidaka Senior/Junior High School has a 10kW solar cell system installed on the south-side roof of the school house. The system is linked to an in-house transformation station and the power generated by the system is supplied to the lighting and air-conditioning facilities in the building, and surplus if any is transmitted to the Chubu Electric Power Co., Inc., system. A field test is being conducted to determine if there are usability and safety in the 10kW system. A number of like systems are undergoing field tests, installed at a comprehensive technological training center of Kyushu Electric Power Safety Association, Kongo Gakuen Senior High School, Sakata Nursery School, Taiyo Daiichi Nursery School, Minami Kindergarten, Neyagawa Ishizu Old People's Home, Co-Op Living Konan, Factory Hishimeki, Tochigi Fuji Industries, Gamo-cho Hirabayashi Public Hall, Fukuoka Prefectural Culture Complex, Yatsusugi Forest Schooling Center, Osaka Prefectural Murano Water Purification Plant, Yamanashi Institute of Environmental Sciences, Utatsu-cho Town Office, Ginga Gakuen Junior High School, etc. (NEDO)

  16. FY 1998 annual report on the fuel/storage working group. 19th R and D activity report; 1998 nendo nenryo chozo gijutsu bunkakai. Dai 19 kai jigyo hokokukai

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-09-01

    Summarized herein are the FY 1998 R and D activities by the fuel/storage working group, extracted from the 19th R and D activity report by NEDO. Mr. Kadoi, a NEDO's director, outlined the R and D activities for development of techniques for fuel cell power generation, development of decentralized cell power storage systems, demonstration of new load-leveling techniques, development of techniques for superlow-loss type power system components, development of techniques for ceramic gas turbines, pioneer R and D for MGC superhigh-efficiency turbine system techniques, demonstration tests for establishing centralized load controlling systems, development of techniques for network systems utilizing wide-area energy, development of techniques for application of superconductor-aided power systems, R and D for power storage aided by a high-temperature, superconducting flywheel, R and D for basic techniques for applying superconductors, and pioneer R and D for basic techniques for AC superconducting power equipment. The individual NEDO's researchers reported their results, which include outline of the fuel/storage technique development group, and current statuses of fuel cell technique development, new cell-aided power storage technique development, and superconductor technique development. (NEDO)

  17. Generalized report on the research cooperation promoting project. Research cooperation related to the mine waste water treatment technology utilizing biotechnology; Kenkyu kyoryoku suishin jigyo sokatsu hokokusho. Bio riyo ni yoru kohaisui shori gijutsu ni kansuru kenkyu kyoryoku

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    This paper is a generalized report in relation with the mine waste water treatment technology utilizing biotechnology, from among the promotion projects for research cooperation with China. Ferric iron (Fe{sup 3+}), which precipitates at low pH, is produced by utilizing bacteria which derives energy from oxidizing ferrous iron (Fe{sup 2+}) in the waste water, and the iron is precipitated and removed by using low-cost calcium carbonate as a neutralizing agent. Joint researches and developments have been carried out on selection of optimal kinds of bacteria, cultivation of bacteria oxidizing iron at high efficiency, optimal removal system of heavy metals in mine waste water, and recovery of useful resources. Japanese engineers were sent to sites in China, Chinese researchers were received in Japan, and pilot plants were operated and studied. For the purpose of proliferating and enlightening the result of the project, a seminar was held in Beijing in February 1998. In order for the achievements derived up to fiscal 1998 to be used in diverse fields, fiscal 1999 will carry out follow-ups, including assistance, for the voluntary researches performed by China. The follow-ups will also include confirmation on the state of testing the iron oxidizing bacteria technology, technical guidance, and analyses and discussions on the data. (NEDO)

  18. Report on field test project for wind power development at Onejime Athletic Park. Detailed wind characteristics survey; Onejime Undo Koen ni okeru furyoku kaihatsu field test jigyo (fukyo seisa) hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-11-01

    A detailed wind characteristics survey was conducted to study the feasibility of a wind power generation system for Onejime Athletic Park, Kimotsugu-gun, Kagoshima Prefecture. Observation instruments were installed at a wasteland beside the park and, in the period October 1, 1998, through September 30, 1999, data were collected at a point 20m above ground, such as the average wind speed and direction, wind velocity standard deviation, and the maximum instantaneous wind velocity. The data were analyzed, and findings were obtained, as mentioned below. The wind axis along which the wind direction occurrence rate was the highest ran WNW-ESE at an occurrence rate of 65.8%. Turbulence intensity was 0.23 at wind speeds of 2m/s and more, the maximum instantaneous wind velocity was 40m/s, all these fully satisfying the evaluation levels set forth by NEDO (New Energy and Industrial Technology Development Organization). On the other hand, the average wind speed was 3.48m/s and wind energy density was 69W/m{sup 2}, these failing to satisfy the levels indicated by NEDO. Studies were made on the assumption that 150, 300, and 750kW-class wind turbines would be introduced, and then it was found that their annual operating factors and facility availability rates both failed to meet the NEDO standards concerned and that therefore the site in question was not fit for wind power generation. (NEDO)

  19. Joint research achievement report on field test project for photovoltaic power generation of industrial use in fiscal 2000 (5/5); 2000 nendo sangyo tou you taiyokohatsuden field test jigyo kyodo kenkyu seika hokokusho 5/5

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-05-01

    This paper summarizes the achievements in fiscal 2000 on the field tests for photovoltaic power generation of industrial use. This report describes the details of the achievements on the following organizations: the Hiroshima Riverside Hotel; the Saraya Corporation; the Nanshin Subaru Corporation; the Ricoh Uni-techno Corporation; Toyota Motors Kyushu Corporation (Eco-center); Hitachi Electric Wires; Yuasa Corporation, Furukawa City in Ibaraki Prefecture; the Takasaki Branch Office of East Japan Passenger Railways; the World Trade Center Building, the Minami Trading Company, Onga Township in Fukuoka Prefecture; the Keio Electric Railways (Wakabadai Station); the Business Enterprise Bureau of Kyoto Prefectural Government; Okinawa Electric Power (Kita-Daito Island), Kawagoe Township in Mie Prefecture, the Keio Electric Railways (Meidai-mae Station); Kitakata Township in Gifu Prefecture; the Yamaguchi Prefectural Government; the MSK Corporation; the Fuji Pream Corporation; Kumano Township in Hiroshima Prefecture; Fukuroi City in Shizuoka Prefecture; the Water Supply Bureau of Yokohama Municipality in Kanagawa Prefecture; Ashiya City in Hyogo Prefecture; Shinoyama City in Hyogo Prefecture; the Gantan Beauty Industry; the Toyokuni Industry; and Minoo City in Osaka Prefecture. (NEDO)

  20. FY 2000 project on the research cooperation for the environmental response type water resource effective utilization system; 2000 nendo kenkyu kyoryoku jigyo. Kankyo taiogata mizu shigen yuko riyo system ni kansuru kenkyu kyoryoku

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    For the purpose of prevention of water pollution, stable water supply in the Philippines, etc., developmental study was made of a waste water treatment/water recycling system, and the FY 2000 results were summed up. In the operational study of Pilot Plant 1, for the waste water in the papermaking process of used paper recycling plant, development was studied of a waste water treatment/water recycling system. There occurred problems on minuteness, outflow, etc. of anaerobic granules, but those were caused by malfunction of SS removal equipment at plant side. The problems were solved by increasing flocculation/precipitation facilities. As to Pilot Plant 2 of which the R and D are planned to be started in April 2001, the food processing plant was surveyed for study, and SYSCORE was selected. Relating to the waste water treatment test of Pilot Plant 2, researchers of the Industrial Technology Development Institute (ITDI) of the Philippines conducted it under the guidance of the experimental data analysis. Besides, the paper carried out the training for technology spread/acceptance, technology spread seminar, support study in Japan, etc. (NEDO)

  1. Project in fiscal 2000 of developing international standards for supporting new industries. Standardization of evaluation method for gene inspection system; 2000 nendo shinki sangyo shiengata kokusai hyojunka kaihatsu jigyo seika hokokusho. Idenshi kensa system no hyoka hoho no hyojunka

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    Discussions and deliberations were given by the comprehensive survey committee on standardization of a total gene inspection system from specimen adjustment necessary for the gene inspection system to data processing. This paper summarizes the achievements in fiscal 2000. In standardization related to the specimen procedure and the inspection technique, the specimen storing method and the report statement contents were established. In addition, verification was made on the heat-resistant enzyme reagent and such measuring devices as the electric migration device and the photographing device. Discussions were given on standard substances used in the gene inspection. Regarding the K562 cell strain, cross-checking was performed in three institutions, wherein discussions were given on interchangeability of the inspection results, and the usefulness of the K562 cell as a standard substance. As a result, all the three institutions have come to an agreement on the Southern method, the FISH method and the RT-PCR method, but not on the real-time PT-PCR method, leaving the subject as the future assignment. In the survey for Europe and America, visits were made to AFNOR, CEN, DIN, FDA and CAP for the attempt of collecting information and establishing international exchange. (NEDO)

  2. Fiscal 1999 research report. Data acquisition and analysis on the advanced high-efficiency energy system field test; 1999 nendo sendoteki kokoritsu energy system field test jigyo ni okeru data shuyaku oyobi hyoka kaiseki chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    Although the next-generation phosphoric acid fuel cell has nearly reached its practical application stage as far as technology is concerned, its diffusion is yet to come due to lack of data about its cost efficiency and reliability. Under the circumstances, the goal now is to collect and analyze various data obtained in the above-named project which was started in fiscal 1997 for the compilation of data useful for full-scale diffusion in the future so that a foundation may be built for the overall popularization of the fuel cell. In this fiscal year, assessment and analysis have been conducted at 15 test sites now in presence. At the second plant of the Semboku LNG Terminals where approximately 17,000 hours have elapsed since the test began, the cell has operated for more than 16,000 hours in total. The Mycal Bore Sanda has established the longest uninterrupted operation record of 6,500. As for power generation efficiency, a town gas 13A-fueled system exhibits approximately 40% operating smoothly at a high overall efficiency of not less than 90%. (NEDO)

  3. FY 1999 report on the results of the joint study - project on the public facility use photovoltaic power generation field test; 1999 nendo kokyo shisetsunadoyo taiyoko hatsuden field test jigyo kyodo kenkyu seika hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-07-01

    In the field test, solar cell panels were installed on rooftop, and inverters were installed indoors. The electric power generated was connected at high pressure with electric installation of facilities and was also supplied to power equipment, lighting, air conditioning, etc. in facilities. The FY 1999 results were summarized. The installation of photovoltaic power generation facilities at 137 places and the results of the study were summarized in this report including a new university co-op building, Tokyo Metropolitan Advanced Technology Education Center, Suwano Center House of Fukushima prefecture, Environment Center of Saga prefecture, Educational Foundation Utsukushino Kindergarten, Hikarigaoka Park of Yamagata prefecture, Koiwai factory of Koiwai Dairy Products Co., Social Welfare Corporation Kameyama Ayumi Nursery School, etc. (NEDO)

  4. Achievement reports on joint research of solar energy power generation field test project in fiscal 1997. Part 2 of 3; 1997 nendo taiyoko hatsuden field test jigyo kyodo kenkyu seika hokokusho 2/3

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-08-01

    This report is a collection of 26 achievement reports on joint research of a solar energy power generation field test project. The major contents of the achievement reports relate to the solar energy power generation field test project (summarized as manufacture and installation of solar energy power generation systems, summary of solar energy power generation facilities, peripheral devices, and daily schedule of the construction). The reports describe achievements of the joint research (names and achievements of the joint research, study presentation, lectures, literatures, status of patents, similar research in and cooperation with other research institutions), generalization of the research, and future problems. Locations of the joint research carried out are libraries, kindergartens, health and welfare centers, children's culture centers, general traffic centers, primary and middle schools, river water purifying facilities, credit banks, manufactories, retail shops at car parking areas, office buildings, hospitals, joint prefectural office buildings, municipal health centers, and prefectural general power generation control stations. (NEDO)

  5. Report on surveys in fiscal 1998 on the project to invite petroleum substituting energy related experts in Japan and EU; Nichi EU sekiyu daitai energy kanren senmonka shohei jigyo 1998 nendo chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-03-01

    In relation with coping with global environmental problems in recent years, needs are increasing more than ever for enhancing fossil energy utilization rates, developing and expanding utilization of petroleum substituting energies that can substitute fossil energies. Since Japan is particularly a large energy consuming country, and cannot escape from depending on import for the majority of its energy resources, it is an urgent issue to enhance the energy utilization efficiency and further promote development and utilization of new energies. To do this, it is indispensable to exchange such item of information as identification of actual status in other countries of handling the petroleum substituting energies. Taking up geothermal energy, fiscal 1998 invited four experts from EU countries. Visits were made for about two weeks on Japanese research institutes and business enterprises related to geothermal energy, and opinions and information were exchanged. A seminar was held on the final day, where the EU experts have made presentations on the current status and future prospects on geothermal research and development in EU. Greatly valuable suggestions were given for the Japan's future geothermal research and development. (NEDO)

  6. FY 2000 research cooperation project on the research cooperation for the preservation, sustainable utilization, etc. of the biological diversification. Follow-up; 2000 nendo kenkyu kyoryoku jigyo. Seibutsu tayosei hozen to zizokuteki riyo to ni kansuru kenkyu kyoryoku (Follow up)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    For the purpose of contributing to developing countries' preserving biological resources in the tropical region, etc. and making the sustainable utilization of biological resources using biotechnology, etc. possible, research cooperation for strengthening the base of international research cooperation was given, and the FY 2000 results were outlined. In this fiscal year, visits were paid to research institutes in Indonesia, Thailand and Malaysia for survey of the present situation. In Indonesia, conducted were the study of information system and culture collection, study of plant utilization technology, study of utilization technology of bacteria, etc., and improvement in personnel, facilities and maintenance management power of research cooperation institutes was confirmed. In Thailand and Malaysia, conducted were the study of information system and culture collection, study of rule making of the access profit distribution to genetic resource, and management of the biological resource sampled and study of the route to the industrial utilization. Taking advantage of this project, the contract for the genetic resource search for commercial purpose was agreed between a Japanese company and a Malaysian institute. (NEDO)

  7. FY 2000 Project of developing international standards for supporting new industries. Standardization of systems for detecting gene recombination products; 2000 nendo shinki sangyo shiengata kokusai hyojunka kaihatsu jigyo seika hokokusho. Idenshi kumikae seihin kenshutsu system no hyojunka

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    Described herein are the FY 2000 results of the studies on the basic conditions for gene recombination products, and methods of determining content of the purchased gene recombination products in agricultural products, conducted to promote the standardization of the gene recombination product detection systems. Soybean is taken up as the gene recombination product to be studied, in which the samples containing the gene recombination product at 5, 0.5, 0.1 and 0% are prepared, and qualitatively analyzed by the DNA extraction and PCR method. No band is detected. For the quantitative examination by the real-time PCR method, the SYBRGeen, Taqman and hybridization probe methods are used to study the PCR conditions. The sample DNA extracted by the DNA Extraction kit for GMO Detection Ver.2 from the sample containing the RoundupReady{sup TM} soybean is quantitatively analyzed by the real-time PCR method for GMO content, which has produced the results for promotion of the standardization. (NEDO)

  8. Fiscal 2000 survey report on feasibility of implementing model project for energy conservation of sintering machine in China; 2000 nendo Chugoku ni okeru shoketsuki sho energy ka model jigyo jisshi kanosei chosa hokoku

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    A survey was conducted on the feasibility of implementing a model project for energy conservation of sintering machines in ironworks in China. This paper explains the results of fiscal 2000. The survey was based on the assumption that the HPS (Hybrid Pelletized Sinter) process in operation at Fukuyama ironworks in Japan was to be introduced into China. This process is employed at the Fukuyama No.5 sintering plant with an area of 530 m{sup 2}, and is famous for the highly efficient energy consumption rate with the solid fuel consumption of 37 kg/t and the electric power consumption of 31 kWh/t. The technology was applied to the No.3 sintering machine (265 m{sup 2}) at Tangshan Steel. Case A refers to where only the energy conservation effect of a targeted sintering machine was considered, and Case B refers to where the productivity of the applied sintering machine is increased, with that of the others decreased. In Case A, total equipment cost was 1,977,450 thousand yen, energy conservation effect was 23,795 toe/y, economic savings was 244,000 thousand yen/y, and investment recoupment period was 7.85 years. In Case B, they were 1,977,450 thousand yen, 36,215 toe/y, 356,000 thousand yen/y, and 5.38 years, respectively. In the same token, at Wuhan Steel, Case A showed 2,447,160 thousand yen, 30,320 toe/y, 272,000 thousand yen/y, and 8.77 years; Case B showed 2,447,160 thousand yen, 31,570 toe/y, 289,000 thousand yen/y, and 8.28 years, respectively. Assuming the technological spread is over the entire China, the total energy conservation in terms of crude oil is expected to be 845,700 toe/y. (NEDO)

  9. Report on the project for working out the new energy vision of the Kamoto Town area. Feasibility study; 2001 nendo Kamoto machi chiiki shin energy vision sakutei tou jigyo fijibiriti hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-02-01

    For the realization of 'the introduction of biomass of animal manure/garbage,' an important item in 'the new energy vision of the Kamoto Town area (Kumamoto Prefecture),' a feasibility study was conducted. For the resource retrieval of animal manure, etc., only composting is generally conducted. In this project, however, two projects are combinedly conducted: project for producing biogas (main component: methane gas) and liquid fertilizer and project for producing compost. The project pursues the reduction in running cost by self-sufficiency of energy and the environmental preservation by recovery of methane gas. The plant for producing biogas and liquid fertilizer consists of garbage crusher, storage tank, anaerobic fermentation tank and generator. The plant for producing compost consists of solid liquid separator, fermentation tank, agitator and smell remover. In the feasibility study, the following were carried out: study of the establishment of specifications/selection of the necessary conditions for a plant tentatively named the Kamoto Town Biomass Center, study of the proposed site for plant, survey of the financial plan, survey of the operational system, study of the project promotion system, etc. (NEDO)

  10. FY 2000 report on the results of the project to promote the comprehensive management of petroleum products. Development of a risk assessment system; 2000 nendo sekiyu seihin sogo kanri suishin jigyo seika hokokusho. Risk hyoka system kaihatsu

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    The R and D were conducted on the system to assess risk of chemicals which considers the human health, environment, etc., and the FY 2000 results were reported. In this fiscal year, the goal of the study was to establish a system of user-friendly interface, easy-to-use system components and data access methodology. As to the details of the system, additional assessment items on the human health were found and surveyed, and the development of a new system for the assessment of acute exposure was started. Relating to the handling of various data on toxicity, physical properties, etc., reference is to be made to the database of National Institute of Technology and Evaluation, MITI, as a base. Concerning the simple assessment corresponding to the PRTR method, almost all 435 chemicals designated by the PRTR act were to be included in the internal database. As to the development of the system, the simple assessment system corresponding to the PRTR method was developed, and a testing system, {beta} version, was completed. Further, the development of a 'site-specific assessment system' was started which considers the geological/meteorological situation of the site. (NEDO)

  11. FY 1998 annual report on the solar energy technology research and development working group. 19th R and D activity report; 1998 nendo taiyo gijutsu bunkakai. Dai 19 kai jigyo hokokukai

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-09-01

    Summarized herein are the FY 1998 R and D activities by the solar energy R and D working group, extracted from the 19th R and D activity report by NEDO. Mr. Kadoi, a NEDO's director, gave a lecture titled (Expectation on and problems involved in power generation by solar light and wind power), and Mr. Kamon, a managing researcher of NEDO's solar technology development group, reported (Technological development trends of solar technology development group). The other topics reported by the individual groups include development of large-size wind power generation systems, development of techniques for increasing throughputs of high-efficiency, large-area amorphous solar cells, development of techniques for manufacturing high-reliability CdTe solar cell modules, development of techniques for manufacturing CIS solar cell modules, analysis/assessment of thin-film silicon-based solar cells, development of processes for manufacturing silicon of rationalized energy use, R and D of (new multi-layer structure) modules assembled into building materials to form monolithic structures, and development of techniques for manufacturing amorphous thin-film polycrystalline silicon hybrid thin- film solar cells. (NEDO)

  12. Current srate and problems in Japanese petroleum development. ; International trends in petroleum development and problems in Japanese devepment business. Waga kuni sekiyu kaihatsu no genjyo to mondai ten. ; Sekiyu kaihatsu no kokusai doko to waga kuni kaihatsu jigyo no kasai

    Energy Technology Data Exchange (ETDEWEB)

    1991-11-05

    Petroleum production and its supply and demand require ever closer coordinations among the countries involved. On the other hand, however, there a large number of difficult questions as the problems of global environmental pollution and greenhouse effects increase their seriousness and the economic resources in the petroleum business become scarcer. This paper describes the current state of the Japanese petroleum development, the necessity of spontaneous petroleum development, the international trends in the petroleum development business, and the tasks for Japan in the petroleum development business. Japan is a late comer in the petroleum development business. There are such difficulties as sizes of oil fields being discoverd are becoming smaller, the natural conditions in development target areas are getting severer, and the economic effects are inferior. Japan, whose petroleum self-supply rate is about 0.3%, whose petroleum dependency is heightening as a result of increase in nuclear power generation, and who is the third largest petroleum consuming country next to the U.S.A and Soviet, must use efficiently her financial and technical powers to vitalize her spontaneous petroleum development. Japan has a duty to contribute to the world {prime}s future stabilized supply of oil. The Japanese Government has launched the five-year fund development plan to perform basic surveys for ail in the north-east part of the Japan Sea and the pacific Ocean.

  13. New energy vision for Ginoza village. Fiscal 2000 survey report on new energy vision formulation project for Ginoza village; Ginozason shin energy vision. 2000 nendo Ginozason shin energy vision sakutei nado jigyo chosa hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-02-01

    A new energy vision has been formulated for Ginoza village, Okinawa Prefecture, for the realization of symbiosis with nature. It is a 5,000-strong entirely farming village situated along the eastern coast at the middle of the main island of the Ryukyus, with energy consumption of 9,982 kl in terms of crude oil in fiscal 1999. The results of activities in this connection are summarized in six chapters, which are (1) the state of the village and new energy, (2) current state of energy supply/demand and outlook for the future, (3) existing amount of new energy, (4) trends of types of new energy under study, (5) feasibility of new energy introduction, and (6) Ginoza village's new energy vision. Chapter (6) is constituted of the general principles of new energy introduction into Ginoza village and a long-term vision of new energy introduction for each field, and discusses the introducible types which are photovoltaic power generation, wind power generation, small scale hybrid power source systems, fuel cells, natural gas fired cogeneration, refuse fueled power generation, and clean energy vehicles. (NEDO)

  14. FY 2000 report on the results of the survey of the project for implementation of 'The New Earth 21'; 2000 nendo 'chikyu saisei keikaku' no jisshi keikaku sakusei ni kansuru chosa jigyo hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    As the research study contributing to implementation of 'The New Earth 21' proposed by Japan at the Houston Summit in 1990, a DNE21 model was developed as a quantitative assessment model for global warming preventive technology, heightening of efficiency of the global energy supply/demand system, conversion to energy sources of low carbon emissions, etc. In the project of 'The New Earth 21,' economy and environment can be compatible centering on developed countries' technical development and technology transfer to developing countries. In FY 2000, for heightening applicability of the DNE21 model, the world, which was used to be divided into 10 regions, was divided into 54. At the same time, a prototype model was constructed in which cities in the region were divided into three cities: large; medium; small. Using the DNE21 model, evaluation was made of effects of uncertainties such as population, economic growth, final energy demand and cost as preconditions of the model on the optimization of global warming preventive measures. Further, technologies which are expected to be important for global environmental policy in the ultra-long term were listed up to estimate the potentiality. (NEDO)

  15. Museum of water, green and the sun - Marumori. New energy vision of the Marumori Town area; 2001 nendo Marumori machi shin energy vision hokokusho. Chiiki shin energy vision sakutei tou jigyo (Mizu to midori nto taiyo no hakubutsukan Marumori)

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2002-03-01

    In Marumori Town, Miyagi Prefecture, a 'new energy vision of the area' was worked out which indicated the assessment of the energy reserved in the town and the course of new energy to be determined in the future. The energy consumption amount of Marumori Town in FY 1999 was estimated at 47,535 kL in crude oil conversion. By sector, the energy consumption amount was the largest in the order of the industrial sector, the transportation sector and the commercial/residential sector. The availability of new energy in Maruyama Town was estimated at approximately 480,585 GJ, of which the solar energy utilization was the largest, 53.1%. The photovoltaic power generation was the next largest, 25.4%, followed by the temperature difference energy (underground water), 8.9%, clean energy car, 7.8%, etc. As a plan for the first introduction of new energy, the following were studied: introduction of photovoltaic power generation facilities to the Marumori Town Office, introduction of new energy to public facilities around the Fudoson Park, introduction of wind power generation facilities to the town-run pasture, construction of the Marumori-type biogas plant, construction of a mini hydroelectric power plant, introduction of clean energy car to public vehicles, introduction of new energy facilities to the area of Kawa-no-Eki (station of the river), etc. (NEDO)

  16. Fiscal 1993 international joint projects under New Sunshine Program. Surveys of bilateral cooperation and solar energy technology; 1993 nendo kokusai kyoryoku jigyo nikokukan kyoryoku taiyo energy gijutsu ni kakawaru gijutsu chosa

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1994-03-01

    Concerning bilateral projects, overseas surveys were conducted about Japan-Australian and Japan-US technical cooperation. Concerning technological development, information was collected at the Solar World Congress of the International Solar Energy Society (ISES), and information was collected and opinions were exchanged at the 15th International Conference on Amorphous Semiconductors. A survey was conducted of Russia's development of solar cells and of their performance evaluation, and an overseas survey was conducted of the development of spaceborne photovoltaic power generation system practicalization technology. Surveys were conducted of international joint projects for the development of photovoltaic power generation system practicalization technology in Europe and the US. Overseas surveys were conducted of international joint projects concerning the development of photovoltaic power generation system practicalization technology, and a survey was conducted of the research and development of photovoltaic power generation in the US and of the state of introduction and diffusion of the same. A survey was also conducted of the state of element technology development for solar energy utilization in Europe. (NEDO)

  17. Fiscal 1997 international cooperation project. Report on the results of the research on environmental harmony type combustion technology; 1997 nendo kokusai kenkyu kyoryoku jigyo. Kankyo chowagata nensho gijutsu ni kansuru kenkyu kaihatsu seika hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1998-03-01

    Out of the R and D on the environmental harmony type combustion technology, the results of the project carried out in fiscal 1997 were summed up. In the site survey, etc., visits were paid to France, Spain, Greek, Germany, the U.K. and the U.S. to have discussions and examine the trend of research on the NOx removal catalyst and catalyst combustion. In the actual R and D, the R and D were conducted on zeolite base NOx removal catalyst, oxide composite base NOx removal catalyst, alumina base NOx removal catalyst, direct decomposition type NOx removal catalyst, catalyst combustion, etc. In the R and D of the catalyst combustion, durability under high gas flow flux was examined of PdO-Pt/Ba-Al203 catalyst developed for low temperature use, which indicated that durability and low temperature activity were heightened. As high temperature use catalyst, high temperature durability was examined of the developed Pd0-La/Gd-ZrO2 catalyst, which showed that the durability was favorable. 322 refs., 261 figs., 55 tabs.

  18. FY 2000 Project of developing international standards for supporting new industries. Standardization of the fine bioceramics testing/evaluation methods; 2000 nendo shinki sangyo shiengata kokusai hyojun kaihatsu jigyo seika hokokusho. Seitaiyo fine ceramics no shiken hyoka hoho no hyojunka

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2001-03-01

    Described herein are the FY 2000 results of the research and development of the fatigue characteristics of the bioceramics, fatigue and impact-resistance characteristics of the members of these materials, and methods of evaluating their compatibility with a living body, for proposing the international standards. The test results of alumina and zirconia as the bioceramics indicate that their bending fatigue characteristics greatly depend on environmental conditions and frequency, suggesting necessity for the evaluation in the environments which simulate the living body inside. The compression and impact tests are conducted for the artificial femoral heads with a taper. It is found that the simulated body fluid, having the dissociated ion concentration adjusted at the level in the human blood plasma, remains unchanged in the concentration at 36.5 degrees C for 4 weeks; the ion concentration is unaffected by filtration with the aid of the microfilter useful for, e.g., removal of bacteria; and the synthetic apatite has almost the same composition as that for the bones in a living body. It is also suggested that activity of the bioactive ceramics can be evaluated by their ability for forming apatite in the simulated body fluid. (NEDO)

  19. Wind power development field test project at Rokkasho-mura, Aomori prefecture. Close survey on wind conditions; Aomoriken Rokkashomura ni okeru furyoku kaihatsu field test jigyo (fukyo seisa) hokokusho

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    1999-11-01

    A survey was made on wind conditions in Rokkasho-mura, Kamikita-gun, Aomori prefecture, on the assumption that a wind power generation system was installed therein. The survey period was one year from Oct., 1998 to Sept., 1999. The observations were carried out on the average wind velocity, average wind direction, standard deviation of velocity, and the maximum instantaneous wind velocity. With a fixed point observation at 20 m above ground, and with the minimum observation time unit of 10 minutes, an average value during the 10 minutes was determined as the measurement of each category. However, the maximum instantaneous wind velocity was determined on the measurement with the minimum observation time unit of 2 seconds. The annual average wind velocity was 4.6 m/s, the maximum wind velocity during the period was 26.0 m/s, the prevailing wind direction was NW (20.8%), WNW (18.0%), and SE (13.5%), and the total occurrence rate of wind direction at the wind axis of NW-SE was 75.7%. The intensity of turbulence was 0.25 at a wind velocity of 2.0 m/s or above and was 0.21 at 4.0 m/s or above. An estimated annual operation rate of a windmill was 59-72% using the rated value of a 150 kW, 300 kW and 750 kW class windmills. (NEDO)

  20. Fiscal 1999 international energy conservation model project. Report on result of demonstrative research concerning cement clinker cooling system; 1999 nendo kokusai energy shohi koritsuka nado model jigyo seika hokokusho. Cement clinker reikyaku sochi ni kakawaru jissho kenkyu

    Energy Technology Data Exchange (ETDEWEB)

    NONE

    2000-03-01

    For the purpose of reducing energy consumption and CO2 discharge in a cement plant in Indonesia, R and D was conducted on new clinker cooling system, high performance kiln combustion system, and technology for steady kiln operation and control, with the fiscal 1999 results reported. In the research on the optimum clinker cooling system, a new type clinker cooling system (CCS) was developed in which air beams are applied only to stationary grate rows, in an air beam type clinker cooling system where cooling air is fed to each block, with grate plates used as the air duct. This year, in an actual machine testing equipment (capacity 2,500 t/d), the whole heat recuperation area was modified for the CCS, with the operation started since February, 1999, aiming at the optimal clinker cooling effect and high heat recovery efficiency. The heat quantity for the entire system showed a decrease of 60 kcal/kg in the heat consumption rate through CCS modification, kiln burner adjustment, etc. So long as the demonstration plant is concerned, design of a new type burner and study/design for the kiln stabilization were nearly completed. (NEDO)