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Hybrid power generation systems using multiple heat sources of different temperatures are gaining strong interest, especially because of their ability to incorporate efficiently the use of low temperature heat sources such as renewable and waste heat, and thus also reduce specific emissions and depletion of fossil fuels and improve energy security. Past studies focused only on the exergo-economic...
Starting with information from Indian Point 1, a full size nuclear plant with fossil-fuel superheat which was built and operated, this paper examines the effect of superheat on both energy and exergy performance, as well as on the thermoeconomics of such plants. The study finds that adding superheat to the nearly saturated steam generated by water-cooled nuclear reactors increases the amount of power...
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