Geothermal Power uses the heat of the earth to generate electricity. In areas of very hot underground bodies, injected water is flashed to steam producing electrical power, but in lower temperature areas, binary power plants can produce electrical power.  Geothermal Power is 24 hours a day, 7 days a week, and 360 days a year. This is known as baseload power as opposed to solar and wind which are intermittent generators. There are no fuel costs since the plants use the earth’s heat.  At reservoir temperatures above 300⁰F, binary plants can generate electricity. Generally, these plants cycle a fluid, generally water, to drive the binary electrical plant.   “The amount of electricity generated is governed by the temperature of the circulating fluid and the volume of fluid cycled.”  The oil and gas industry has developed extensive underground temperature data. Using oil and gas wells in high heat areas, especially horizontal wells, significant electrical power could be generated. A closed cycle would be created by joining horizontal or vertical wells downhole. Existing EOR techniques would form the basis of cycling.  In high heat areas, redesigning new drill wells allows for higher flow rates generating greater amounts of electricity.  The problem with geothermal power plants is their high cost, generally $3,000,000/MW. If a portion of the hydrocarbon cash flow is diverted to pay for the geothermal plant, then a long-lasting cash flow will outlive the depletion of the hydrocarbons. There are now significant credits both tax and carbon that are also generated.