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Borehole thermal extraction systems (BTES)


Boreholes

This model demonstrates the use of 3 pumping wells in a basic model.

Model filename: RegionalFlow > Boreholes.svm

Tags: RegionalFlow,SVFLUX,2D,Steady-State,pumping,well,borehole,Borehole thermal extraction systems (BTES),Water resources management,Groundwater

Attachments:

Boreholes_3D

This model demonstrates the use of 3 pumping wells in a basic 3D model.

Model filename: RegionalFlow > Boreholes_3D.svm

Tags: RegionalFlow,pumping,SVFLUX,3D,Steady-State,well,borehole,Borehole thermal extraction systems (BTES),Water resources management,Groundwater

Attachments:

Boreholes_m_layer

Model filename: RegionalFlow > Boreholes_m_layer.svm

Tags: RegionalFlow,SVFLUX,3D,Steady-State,Borehole thermal extraction systems (BTES),Water resources management,Groundwater

Attachments:

BTES_3DFullyCoupled_MaxRate

This model is used to simulate heat storage in an underground aquifer covering the process of water flow, heat conduction, heat convection, and buoyancy due to the change in water density with fully coupled SVFlux and SVHeat.

Model filename: GeoThermal > BTES_3DFullyCoupled_MaxRate.svm

Tags: GeoThermal,SVHEAT,SVFLUX,3D,Transient,Water Table,Geothermal energy,Borehole thermal extraction systems (BTES)

Attachments:

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