1977Proc. Am. Power Conf.; (United States)Requires access

Impact of higher energy costs on turbine system selection for industry

J.M. Kovacik

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Abstract

Industrial plants which require both process heat and electric power should evaluate plant energy supply systems to determine whether turbines, providing electric and/or shaft power, can improve their effective use of energy. The economic and energy considerations in such an evaluation are discussed. It is concluded that with rapidly rising fuel costs, in-plant power generation for industries requiring large quantities of process heat should continue to conserve energy resources and reduce product costs. (LCL)

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What this paper is about

Industrial plants which require both process heat and electric power should evaluate plant energy supply systems to determine whether turbines, providing electric and/or shaft power, can improve their effective use of energy. The economic and energy considerations in such an evaluation are discussed. It is concluded that with rapidly rising fuel costs, in-plant power generation for industries requiring large quantities of process heat should continue to conserve energy resources and reduce product costs. (LCL)

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Available abstract

Industrial plants which require both process heat and electric power should evaluate plant energy supply systems to determine whether turbines, providing electric and/or shaft power, can improve their effective use of energy. The economic and energy considerations in such an evaluation are discussed. It is concluded that with rapidly rising fuel costs, in-plant power generation for industries requiring large quantities of process heat should continue to conserve energy resources and reduce product costs. (LCL)

Key concepts: Electric energy, Electric power, Energy (signal processing), Process (computing), Electricity generation, Turbine, Power station, Selection (genetic algorithm)

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