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Thermodynamic Feasibility of Cogeneration Gas/Steam Combined Cycle

机译:热力学可行性热电化气体/蒸汽联合循环

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This paper is to investigate the thermodynamic feasibility of cogeneration gas/steam combined cycle, in which a computer program, called "Cogeneration Design" has been developed using MATLAB (v7.8) for the analysis. In this cycle one can take advantage of the thermal energy to produce steam which can be used in some small and medium-sized factories such as dairy, juice, soap, paper factories, as well as in desalination plants and other industrial applications need hot water or steam. Here, the thermodynamic analysis is carried out according to three cases, (1) non condensing steam turbine, (2) condensing steam turbine, (3) extraction condensing steam turbine. The results obtained show a difference between the three studied cases, in which the overall efficiency is the highest for case (1), equal 52.82%, then for case (3), equal 49.13%, then for case (2), equal 45.31%.
机译:本文研究了热力通电气/蒸汽联合循环的热力学可行性,其中使用MATLAB(V7.8)开发了一种称为“热电联产设计”的计算机程序进行分析。在这个循环中,可以利用热能来生产蒸汽,这些蒸汽可用于一些中小型工厂,如乳制品,果汁,肥皂,纸厂以及海水淡化厂等工业应用需要热水或蒸汽。这里,热力学分析根据三种情况进行,(1)非冷凝汽轮机,(2)冷凝汽轮机,(3)提取冷凝汽轮机。得到的结果显示了三种研究的案例之间的差异,其中整体效率是案例(1)的最高案例,等于52.82%,然后进行为案例(3),等于49.13%,然后出于案例(2),等于45.31 %。

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