LABORATORY STUDIES OF NON-ISOTHERMAL FLUID PRODUCTION FROM FRACTURED GEOTHERMAL RESERVOIRS.

被引：0
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作者：
Hunsbedt, Anstein
Kruger, Paul
London, A.L.
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来源：
American Society of Mechanical Engineers (Paper) | 1977年 / 77 -HT-53期
关键词：
GEOPHYSICS - Rock Properties - HEAT TRANSFER - Fluids;
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摘要：
Enhanced extraction of geothermal energy may be accomplished by non-isothermal processes, such as in-place boiling, artificial circulation of colder fluids, or by steam drive. To evaluate the characteristics of these processes, experiments were conducted in a 0. 48 m**3 (17 ft**3) laboratory model of high permeability rock systems capable of operating at a maximum pressure of 55 bar (800 psig) at 260 C (500 F). The results showed that energy stored in fractured rock media used in the laboratory model can be extracted by the in-place boiling and sweep non-isothermal processes with good efficiencies.
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