Abstract
This paper contains a report summary of the results obtained on geothermal energies in the Sunshine Project during the fiscal year 1991. The report items include the following: studies on technologies to explore great-depth geothermal energy resources and technologies to evaluate nationwide geothermal energy resources, studies on geothermal well drilling technologies, studies on developing geothermally usable materials, studies on technologies to extract fracture heat from high-temperature rocks, studies on technologies to utilize completely geothermally hot water, comprehensive surveys on nationwide geothermal energy resources, analyses and evaluations on methods to explore fracture type reservoir beds, development of binary cycle power generation plants (developments of 10,-MW class plants, down hole pumps, technologies to increase minable resources, technologies to prevent water leakage from geothermal wells, and systems to detect shaft-bottom information during geothermal well drilling), development of elementary technologies for hot rock power generation, analyses and evaluations on systems to extract heat from hot rocks, and analyses and evaluations on data associated with developing technologies to increase minable resources.
Citation Formats
None.
Japan`s Sunshine Project. 1991 annual summary of geothermal energy R and D.
Japan: N. p.,
1992.
Web.
None.
Japan`s Sunshine Project. 1991 annual summary of geothermal energy R and D.
Japan.
None.
1992.
"Japan`s Sunshine Project. 1991 annual summary of geothermal energy R and D."
Japan.
@misc{etde_10125543,
title = {Japan`s Sunshine Project. 1991 annual summary of geothermal energy R and D}
author = {None}
abstractNote = {This paper contains a report summary of the results obtained on geothermal energies in the Sunshine Project during the fiscal year 1991. The report items include the following: studies on technologies to explore great-depth geothermal energy resources and technologies to evaluate nationwide geothermal energy resources, studies on geothermal well drilling technologies, studies on developing geothermally usable materials, studies on technologies to extract fracture heat from high-temperature rocks, studies on technologies to utilize completely geothermally hot water, comprehensive surveys on nationwide geothermal energy resources, analyses and evaluations on methods to explore fracture type reservoir beds, development of binary cycle power generation plants (developments of 10,-MW class plants, down hole pumps, technologies to increase minable resources, technologies to prevent water leakage from geothermal wells, and systems to detect shaft-bottom information during geothermal well drilling), development of elementary technologies for hot rock power generation, analyses and evaluations on systems to extract heat from hot rocks, and analyses and evaluations on data associated with developing technologies to increase minable resources.}
place = {Japan}
year = {1992}
month = {Jul}
}
title = {Japan`s Sunshine Project. 1991 annual summary of geothermal energy R and D}
author = {None}
abstractNote = {This paper contains a report summary of the results obtained on geothermal energies in the Sunshine Project during the fiscal year 1991. The report items include the following: studies on technologies to explore great-depth geothermal energy resources and technologies to evaluate nationwide geothermal energy resources, studies on geothermal well drilling technologies, studies on developing geothermally usable materials, studies on technologies to extract fracture heat from high-temperature rocks, studies on technologies to utilize completely geothermally hot water, comprehensive surveys on nationwide geothermal energy resources, analyses and evaluations on methods to explore fracture type reservoir beds, development of binary cycle power generation plants (developments of 10,-MW class plants, down hole pumps, technologies to increase minable resources, technologies to prevent water leakage from geothermal wells, and systems to detect shaft-bottom information during geothermal well drilling), development of elementary technologies for hot rock power generation, analyses and evaluations on systems to extract heat from hot rocks, and analyses and evaluations on data associated with developing technologies to increase minable resources.}
place = {Japan}
year = {1992}
month = {Jul}
}