In a geothermal aquifer, explain the process of energy extraction from twin borehole system. A geothermal aquifer at temperature of 100ºC is 12 m thick and 110 m wide. The density, specific heat, and permeability are 2.6x10³ kg/m3, 1000j/kg.C and 2x10 s-m³/kg. In order to produce a power of 0.8 MW, estimate the volume flow rate and pressure drop required for a borehole separation of 980 m. The inlet temperature of cold water is 12 °C.
In a geothermal aquifer, explain the process of energy extraction from twin borehole system. A geothermal aquifer at temperature of 100ºC is 12 m thick and 110 m wide. The density, specific heat, and permeability are 2.6x10³ kg/m3, 1000j/kg.C and 2x10 s-m³/kg. In order to produce a power of 0.8 MW, estimate the volume flow rate and pressure drop required for a borehole separation of 980 m. The inlet temperature of cold water is 12 °C.
Chapter2: Loads On Structures
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Transcribed Image Text:(b) In a geothermal aquifer, explain the process of energy extraction from twin
borehole system.
A geothermal aquifer at temperature of 100°C is 12 m thick and 110 m wide.
The density, specific heat, and permeability are 2.6x10³ kg/m3, 1000j/kg.C
and 2x10 s-m³/kg. In order to produce a power of 0.8 MW, estimate the
volume flow rate and pressure drop required for a borehole separation of 980
m. The inlet temperature of cold water is 12 °C.
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