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• 1. [Image] Low Temperature Geothermal Assessment of the Jordan Valley: Salt Lake County, Utah

  	The Utah Geological and Mineral Survey (UGMS) has been conducting research to identify low-temperature geothermal resources in Utah as per U.S. Department of Energy (DOE) Contract OE-AS07-77ET28393. This ...
  	Citation × Citation Citation Abstract Copy Title: Low Temperature Geothermal Assessment of the Jordan Valley: Salt Lake County, Utah Author: Klauk, R.H. Year: 1984 The Utah Geological and Mineral Survey (UGMS) has been conducting research to identify low-temperature geothermal resources in Utah as per U.S. Department of Energy (DOE) Contract OE-AS07-77ET28393. This report, which is part of an area-wide geothermal research program along the Wasatch Front, is the culmination of the study conducted in the Jordan Valley, Salt Lake County, Utah Title: Low Temperature Geothermal Assessment of the Jordan Valley: Salt Lake County, Utah Author: Klauk, R.H. Year: 1984 The Utah Geological and Mineral Survey (UGMS) has been conducting research to identify low-temperature geothermal resources in Utah as per U.S. Department of Energy (DOE) Contract OE-AS07-77ET28393. This report, which is part of an area-wide geothermal research program along the Wasatch Front, is the culmination of the study conducted in the Jordan Valley, Salt Lake County, Utah Close

• 2. [Image] Klamath Christian Center Heating System

  	On December 6, 1983, Dave South well contacted the Geo-Heat Center requesting information and possible assistance in analyzing problems with the geothermal wells and heating system. About a week later, ...
  	Citation × Citation Citation Abstract Copy Title: Klamath Christian Center Heating System Author: Culver, G. Year: 1984 On December 6, 1983, Dave South well contacted the Geo-Heat Center requesting information and possible assistance in analyzing problems with the geothermal wells and heating system. About a week later, Geo-Heat Center personnel met with Dave and discussed the meager amount of information then available. It was decided that the Geo-Heat Center would attempt to obtain more well data and, if possible, temperature profile the wells to determine what the problem was since available data indicated the wells should produce more heat than they were. At that time the down hole heat exchanger would provide only 116°F to 118°F water during colder periods and 125°F maximum during more moderate weather. The well was being pumped from 76 feet by a jet pump and producing about 25 gpm which was being discharged into the storm drain. Title: Klamath Christian Center Heating System Author: Culver, G. Year: 1984 On December 6, 1983, Dave South well contacted the Geo-Heat Center requesting information and possible assistance in analyzing problems with the geothermal wells and heating system. About a week later, Geo-Heat Center personnel met with Dave and discussed the meager amount of information then available. It was decided that the Geo-Heat Center would attempt to obtain more well data and, if possible, temperature profile the wells to determine what the problem was since available data indicated the wells should produce more heat than they were. At that time the down hole heat exchanger would provide only 116°F to 118°F water during colder periods and 125°F maximum during more moderate weather. The well was being pumped from 76 feet by a jet pump and producing about 25 gpm which was being discharged into the storm drain. Close

• 3. [Image] Proceedings of the Geothermal Power Development Conference, University of California, Berkeley, June 18, 1974

  	The Atomic Energy Commission (AEC) is interested in receiving comments, recommendations and suggestions concerning arrangements appropriate to conduct during FY 1975 and into the early 1980's of research ...
  	Citation × Citation Citation Abstract Copy Title: Proceedings of the Geothermal Power Development Conference, University of California, Berkeley, June 18, 1974 Author: Lawrence Berkeley Laboratory Year: 1974 The Atomic Energy Commission (AEC) is interested in receiving comments, recommendations and suggestions concerning arrangements appropriate to conduct during FY 1975 and into the early 1980's of research and development work and pilot projects aimed at establishing the technical, economic and practical feasibility of electric and non-electric power production from geothermal resources, including possible cooperative programs between the AEC and other organizations. Responses received will be utilized in the further development of AEC's long-range geothermal program plan. The geothermal program objective is to stimulate and facilitate early and significant commercial utilization of these resources. This program is a part of the national geothermal energy research and development effort and is designed to contribute toward meeting overall national energy needs Title: Proceedings of the Geothermal Power Development Conference, University of California, Berkeley, June 18, 1974 Author: Lawrence Berkeley Laboratory Year: 1974 The Atomic Energy Commission (AEC) is interested in receiving comments, recommendations and suggestions concerning arrangements appropriate to conduct during FY 1975 and into the early 1980's of research and development work and pilot projects aimed at establishing the technical, economic and practical feasibility of electric and non-electric power production from geothermal resources, including possible cooperative programs between the AEC and other organizations. Responses received will be utilized in the further development of AEC's long-range geothermal program plan. The geothermal program objective is to stimulate and facilitate early and significant commercial utilization of these resources. This program is a part of the national geothermal energy research and development effort and is designed to contribute toward meeting overall national energy needs Close

• 4. [Image] Corrosion of Iron-Base Alloys Versus Alternate Materials in Geothermal Brines, Interim Report October 1977

  	This geothermal corrosion program is to determine why geothermal brines are so corrosive to economical iron-base alloys. Geothermal resources that can be developed with iron-base alloys will have a significant ...
  	Citation × Citation Citation Abstract Copy Title: Corrosion of Iron-Base Alloys Versus Alternate Materials in Geothermal Brines, Interim Report October 1977 Author: Shannon, D.W. Year: 1977 This geothermal corrosion program is to determine why geothermal brines are so corrosive to economical iron-base alloys. Geothermal resources that can be developed with iron-base alloys will have a significant economic advantage over geothermal sites that would require extensive use of expensive alloys. Data developed in this program will be used to guide selection and design of near-term plants. The program objectives are: O To clarify corrosion factors important to materials selection for geothermal power plants. O To establish a set of brine composition and temperature limits for carbon steels in geothermal brines and report final results by the end of FY 1978. The program involves tests of many materials in high pressure equipment where a wide variety of brine chemistries can be studied. The validity of these lab tests is checked by field tests in actual geothermal brine Title: Corrosion of Iron-Base Alloys Versus Alternate Materials in Geothermal Brines, Interim Report October 1977 Author: Shannon, D.W. Year: 1977 This geothermal corrosion program is to determine why geothermal brines are so corrosive to economical iron-base alloys. Geothermal resources that can be developed with iron-base alloys will have a significant economic advantage over geothermal sites that would require extensive use of expensive alloys. Data developed in this program will be used to guide selection and design of near-term plants. The program objectives are: O To clarify corrosion factors important to materials selection for geothermal power plants. O To establish a set of brine composition and temperature limits for carbon steels in geothermal brines and report final results by the end of FY 1978. The program involves tests of many materials in high pressure equipment where a wide variety of brine chemistries can be studied. The validity of these lab tests is checked by field tests in actual geothermal brine Close

• 5. [Image] Geothermal Resevoir Engineering: A Manual For Geothermal Resevoir Engineering Courses at the Geothermal Institute, University of Auckland

  	This document is a guide to geothermal reservoirs and their characteristics. It involves the definition and explanation of different concepts, and the discussion of groundwater, computer modeling, well-test ...
  	Citation × Citation Citation Abstract Copy Title: Geothermal Resevoir Engineering: A Manual For Geothermal Resevoir Engineering Courses at the Geothermal Institute, University of Auckland Author: O'Sullivan, M. J. Year: 1993 This document is a guide to geothermal reservoirs and their characteristics. It involves the definition and explanation of different concepts, and the discussion of groundwater, computer modeling, well-test analysis, modeling of the reservoirs, and case studies of different New Zealand geothermal reservoirs Title: Geothermal Resevoir Engineering: A Manual For Geothermal Resevoir Engineering Courses at the Geothermal Institute, University of Auckland Author: O'Sullivan, M. J. Year: 1993 This document is a guide to geothermal reservoirs and their characteristics. It involves the definition and explanation of different concepts, and the discussion of groundwater, computer modeling, well-test analysis, modeling of the reservoirs, and case studies of different New Zealand geothermal reservoirs Close

• 6. [Image] Strategic Plan for the Geothermal Energy Program

  	The mission of the Program is to work in partnership with U.S. industry to establish geothermal energy as a sustainable, environmentally sound, economically competitive contributor to the U.S. and world ...
  	Citation × Citation Citation Abstract Copy Title: Strategic Plan for the Geothermal Energy Program Author: Office of Geothermal Technologies Year: 1998 The mission of the Program is to work in partnership with U.S. industry to establish geothermal energy as a sustainable, environmentally sound, economically competitive contributor to the U.S. and world energy supply. In executing its mission and achieving its long-term vision for geothermal energy, the Program has identified five strategic goals. To have electric power generation, to expand direct application uses of geothermal heat pumps, to be an international development, to accelerate in its science and technology and to have future geothermal resources Title: Strategic Plan for the Geothermal Energy Program Author: Office of Geothermal Technologies Year: 1998 The mission of the Program is to work in partnership with U.S. industry to establish geothermal energy as a sustainable, environmentally sound, economically competitive contributor to the U.S. and world energy supply. In executing its mission and achieving its long-term vision for geothermal energy, the Program has identified five strategic goals. To have electric power generation, to expand direct application uses of geothermal heat pumps, to be an international development, to accelerate in its science and technology and to have future geothermal resources Close