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• 1. [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

• 2. [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