Abstract
The geothermal energy department at The New Energy and Industrial Technology Overall Development Organization carries out the following activities: A systematic identification of geothermal resource distribution all over Japan; discussions on selection of promising areas together with the criteria for exploration methods by volcanic thermal type; development of integrated analytic methods applied with high-level information processing technologies; site surveys on effectiveness of various physical exploration technologies; and surveys on environmental influence associated with developments. Developments under way on geothermal power generation systems include a development identification test on simplified medium-to-small size geothermal generation systems at the Kirishima area; a 10 MW class plant; for unused hydrothermal water resources, particularly for power generation using medium to high temperature waters, down hole pumps, minable amount increasing technologies, and systems to detect information about shaft bottoms at geothermal well excavation. With respect to utilizing geothermal energy possessed by high-temperature rocks, artificial reservoir bed formation by means of the hydraulic fracturing method, evaluation of reservoir bed characteristics by means of well excavation, and circulating heat extraction tests.
Citation Formats
None.
NEDO geothermal subcommittee (11th business reporting conference); NEDO chinetsu bunkakai (dai 11 kai jigyo hokokukai).
Japan: N. p.,
1991.
Web.
None.
NEDO geothermal subcommittee (11th business reporting conference); NEDO chinetsu bunkakai (dai 11 kai jigyo hokokukai).
Japan.
None.
1991.
"NEDO geothermal subcommittee (11th business reporting conference); NEDO chinetsu bunkakai (dai 11 kai jigyo hokokukai)."
Japan.
@misc{etde_10149852,
title = {NEDO geothermal subcommittee (11th business reporting conference); NEDO chinetsu bunkakai (dai 11 kai jigyo hokokukai)}
author = {None}
abstractNote = {The geothermal energy department at The New Energy and Industrial Technology Overall Development Organization carries out the following activities: A systematic identification of geothermal resource distribution all over Japan; discussions on selection of promising areas together with the criteria for exploration methods by volcanic thermal type; development of integrated analytic methods applied with high-level information processing technologies; site surveys on effectiveness of various physical exploration technologies; and surveys on environmental influence associated with developments. Developments under way on geothermal power generation systems include a development identification test on simplified medium-to-small size geothermal generation systems at the Kirishima area; a 10 MW class plant; for unused hydrothermal water resources, particularly for power generation using medium to high temperature waters, down hole pumps, minable amount increasing technologies, and systems to detect information about shaft bottoms at geothermal well excavation. With respect to utilizing geothermal energy possessed by high-temperature rocks, artificial reservoir bed formation by means of the hydraulic fracturing method, evaluation of reservoir bed characteristics by means of well excavation, and circulating heat extraction tests.}
place = {Japan}
year = {1991}
month = {Oct}
}
title = {NEDO geothermal subcommittee (11th business reporting conference); NEDO chinetsu bunkakai (dai 11 kai jigyo hokokukai)}
author = {None}
abstractNote = {The geothermal energy department at The New Energy and Industrial Technology Overall Development Organization carries out the following activities: A systematic identification of geothermal resource distribution all over Japan; discussions on selection of promising areas together with the criteria for exploration methods by volcanic thermal type; development of integrated analytic methods applied with high-level information processing technologies; site surveys on effectiveness of various physical exploration technologies; and surveys on environmental influence associated with developments. Developments under way on geothermal power generation systems include a development identification test on simplified medium-to-small size geothermal generation systems at the Kirishima area; a 10 MW class plant; for unused hydrothermal water resources, particularly for power generation using medium to high temperature waters, down hole pumps, minable amount increasing technologies, and systems to detect information about shaft bottoms at geothermal well excavation. With respect to utilizing geothermal energy possessed by high-temperature rocks, artificial reservoir bed formation by means of the hydraulic fracturing method, evaluation of reservoir bed characteristics by means of well excavation, and circulating heat extraction tests.}
place = {Japan}
year = {1991}
month = {Oct}
}