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Geothermal- Overview Howard Rogers

Geothermal- Overview Howard Rogers. Geothermal Technology- 3 major areas of Direct use of hot geothermal fluids Generation of electricity using- Steam

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Page 1: Geothermal- Overview Howard Rogers. Geothermal Technology- 3 major areas of Direct use of hot geothermal fluids Generation of electricity using- Steam

Geothermal-Overview

Howard Rogers

Page 2: Geothermal- Overview Howard Rogers. Geothermal Technology- 3 major areas of Direct use of hot geothermal fluids Generation of electricity using- Steam

Geothermal Technology- 3 major areas of

Direct use of hot geothermal fluids

Generation of electricity using-Steam (Dry & Flashed)

Geopressured

Binary (secondary fluids)

Residential & Commercial Heat Pumps

Page 3: Geothermal- Overview Howard Rogers. Geothermal Technology- 3 major areas of Direct use of hot geothermal fluids Generation of electricity using- Steam

Our Focus for Central and South Texas-Only 2 areas

Residential & Commercial Heat Pumps

Generation of electricity usingGeopressured

Binary (secondary fluids)

Page 4: Geothermal- Overview Howard Rogers. Geothermal Technology- 3 major areas of Direct use of hot geothermal fluids Generation of electricity using- Steam
Page 5: Geothermal- Overview Howard Rogers. Geothermal Technology- 3 major areas of Direct use of hot geothermal fluids Generation of electricity using- Steam

Residential & Commercial Heat Pumps

Geothermal Heat Pumps (GHPs) take advantage of the Earth’s relatively constant temperature (about 68 degree F in Central Texas) at depths of about 10 ft to 300 ft.

They are extremely efficient.

Page 6: Geothermal- Overview Howard Rogers. Geothermal Technology- 3 major areas of Direct use of hot geothermal fluids Generation of electricity using- Steam

Geopressured resources:

Geopressured resources are deep reservoirs of high-pressured hot water that contain dissolved methane.

The Department of Energy built a demonstration plant in Texas (1979-1983) which produced electricity.

Page 7: Geothermal- Overview Howard Rogers. Geothermal Technology- 3 major areas of Direct use of hot geothermal fluids Generation of electricity using- Steam

Binary Generation

Recent advances in geothermal technology have made possible the economic production of electricity from geothermal resources as low as 170 degrees F.

Binary plants typically use the geothermal fluid to heat another liquid which boils at a lower temperature than water.

Page 8: Geothermal- Overview Howard Rogers. Geothermal Technology- 3 major areas of Direct use of hot geothermal fluids Generation of electricity using- Steam
Page 9: Geothermal- Overview Howard Rogers. Geothermal Technology- 3 major areas of Direct use of hot geothermal fluids Generation of electricity using- Steam

What does one look like? This one is for Co-production with Oil Wells

Page 10: Geothermal- Overview Howard Rogers. Geothermal Technology- 3 major areas of Direct use of hot geothermal fluids Generation of electricity using- Steam

With regard to electrical generation

We hope to show that- With present technology, we can have

Cost effectiveRenewableSustainableReliableCleanBase load geothermal electric power.

Page 11: Geothermal- Overview Howard Rogers. Geothermal Technology- 3 major areas of Direct use of hot geothermal fluids Generation of electricity using- Steam

CPS Energy is the leader in renewable energy

It has sent out an RFP for 200 Mw of renewable energy…… that includes geothermal.

They are doing their job.Who/What is the problem?

Walt Kelly understood

Page 12: Geothermal- Overview Howard Rogers. Geothermal Technology- 3 major areas of Direct use of hot geothermal fluids Generation of electricity using- Steam