An often-overlooked consequence of power generation is “thermal pollution” from excess heat deposited in the environment. The heating can be considerable. Here are some typical numbers: A nuclear power plant generates 1.0 GW of electric power with an operating efficiency of 35%. Thereactor has a single-pass cooling system; water from a nearby river is brought in, warmed, and returned to the river. When operating at full power, the plant takes in 90 m3 of water per second, comparable to the flow of a small river.If the river water comes in at 10°C, at what temperature does it emerge?
An often-overlooked consequence of power generation is “thermal pollution” from excess heat deposited in the environment. The heating can be considerable. Here are some typical numbers: A nuclear power plant generates 1.0 GW of electric power with an operating efficiency of 35%. Thereactor has a single-pass cooling system; water from a nearby river is brought in, warmed, and returned to the river. When operating at full power, the plant takes in 90 m3 of water per second, comparable to the flow of a small river.If the river water comes in at 10°C, at what temperature does it emerge?
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
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An often-overlooked consequence of power generation is “thermal pollution” from excess heat deposited in the environment. The heating can be considerable. Here are some typical numbers: A nuclear power plant generates 1.0 GW of electric power with an operating efficiency of 35%. The
reactor has a single-pass cooling system; water from a nearby river is brought in, warmed, and returned to the river. When operating at full power, the plant takes in 90 m3 of water per second, comparable to the flow of a small river.
If the river water comes in at 10°C, at what temperature does it emerge?
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