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Performance Analysis of Thermal Vapour Compression Desalination System Coupled to Cogeneration Nuclear Power Plant

机译:热电联产核电站蒸汽压缩海水淡化系统的性能分析

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Nuclear desalination of seawater has been identified as one of the affordable means of fresh water production. However this can only be achieved by the design of energy efficient desalination systems. This study focused on cycle analysis of the cogeneration nuclear power plant. A theoretical model of the Thermo Vapour Compression (TVC) desalination process was also developed and coupled to the cogeneration nuclear power plant. The modeled coupled system was developed on the computer code, NUCDES using FORTRAN language to investigate the effect of design and operating parameters on parameters controlling the cost of producing fresh water from TVC process. The results showed that the performance of the TVC desalination process and the efficiency of the cogeneration nuclear power improve with the motive steam pressure.
机译:海水的核淡化已被确定为负担得起的淡水生产手段之一。但是,这只能通过设计高效的海水淡化系统来实现。这项研究集中于热电联产核电站的循环分析。还开发了热蒸汽压缩(TVC)脱盐过程的理论模型,并将其与热电联产核电厂耦合。该模型耦合系统是使用FORTRAN语言在计算机代码NUCDES上开发的,旨在研究设计和运行参数对控制TVC工艺生产淡水成本的参数的影响。结果表明,TVC海水淡化过程的性能和热电联产核能的效率随着动力蒸汽压力的提高而提高。

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