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2020
Geothermal energy is heat taken from below the surface of the earth in the form of either steam or hot water. This energy can be used to generate electricity, but also has use in heating and cooling homes and some direct uses, such as gold mining, food dehydration, and milk pasteurizing.
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Geothermal energy is heat taken from below the surface of the earth in the form of either steam or hot water. This energy can be used to generate electricity, but also has use in heating and cooling homes and some direct uses, such as gold mining, food dehydration, and milk pasteurizing.
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Journal of Hydrology, 1979
Abstract Just as in the case of hydrogeology and petroleum engineering, well testing is an invaluable tool in assessing the resource deliverability of geothermal reservoirs. While the techniques of production testing and interference testing already developed in hydrogeology and petroleum engineering provide a strong foundation for geothermal well ...
T.N. Narasimhan, P.A. Witherspoon
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Abstract Just as in the case of hydrogeology and petroleum engineering, well testing is an invaluable tool in assessing the resource deliverability of geothermal reservoirs. While the techniques of production testing and interference testing already developed in hydrogeology and petroleum engineering provide a strong foundation for geothermal well ...
T.N. Narasimhan, P.A. Witherspoon
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Geothermal Heating Applications
Energy Sources, 2004Greenhouse heating is one of the most common uses of geothermal resources, and is getting more important in Turkey. The main objective of the present study is to investigate the current status of greenhouses heated by geothermal energy in Turkey. The first greenhouse heating system of 0.45 ha by geothermal energy was applied in Denizli-Kizildere ...
Ozgener, O, Kocer, G
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Science, 1977
Charnockite, a hypersthene-bearing granite, and other associated rocks of the charnockite series have a global distribution. These rocks, according to evidence from mineral-chemical and experimental phase equilibrium relations, formed or recrystallized at temperatures between 800° and 900°C and at relatively shallow depths of 6 to 12 ...
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Charnockite, a hypersthene-bearing granite, and other associated rocks of the charnockite series have a global distribution. These rocks, according to evidence from mineral-chemical and experimental phase equilibrium relations, formed or recrystallized at temperatures between 800° and 900°C and at relatively shallow depths of 6 to 12 ...
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Geothermal Electricity Production
Science, 1974On page 371 of the 19 Apr. issue the photo credit to the facing page was omitted. It should have read "Courtesy Darrel Freund, National Capitol Astronomers. Washington, D.C."
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Geothermal Reservoir Modelling
SPE Annual Fall Technical Conference and Exhibition, 1977Abstract This paper describes and partially evaluates an implicit, three-dimensional geothermal reservoir simulation model. The evaluation emphasizes stability or time-step tolerance of the implicit finite-difference formulation.
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1993
Abstract Geothermal sources in sedimentary basins are of moderate to low temperature, are associated with flat-lying or gently dipping sediments, extend over long distances, and take the shape of the layered host rocks. They contrast with geothermal fields on continental margins associated with subduction zones or of rift zones ...
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Abstract Geothermal sources in sedimentary basins are of moderate to low temperature, are associated with flat-lying or gently dipping sediments, extend over long distances, and take the shape of the layered host rocks. They contrast with geothermal fields on continental margins associated with subduction zones or of rift zones ...
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