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The image diagrams a five-stage geothermal power plant process for producing electricity: (1) Cold water is pumped from the surface down an injection well (2) to a depth of 4.5 km into a geothermal zone of hot rocks. (3) The resulting hot water is pumped up through a production well. (4) The hot water produces steam which is directed to a condenser. (5) The steam also powers a turbine, which in turn powers a generator to produce electricity that is then distributed via a power tower. The steam from the turbine is cooled in the condenser and returns to the cold water reservoir to repeat the cycle.
Given the complexity of the image, the above description may not be entirely accurate.
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The given diagram illustrates the process by which electricity is produced utilizing geothermal energy.
Overall, entire procedure consists of five major steps that commence with injecting cold water into underground and finish after electricity generation with the help of turbine.
The process begins as cold water from surface is pumped down in the injection well that reach the depth of 4.5 km. Water then enters into geothermal zone which is composed of hot rocks hence water is heated. The heated water is then forced upwards through a separate production well back to the surface.
Further process is continued on the surface as hot water introduced into condenser where it is converted into steam. Then after, steam is bombarded on the turbine hence it starts to rotate rapidly. Consequently, electricity is generated into generator which further transmitted into power station for distribution.
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