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首页> 外文期刊>International journal of nuclear desalination >Nuclear Seawater Desalination Plant Coupled With 200 Mw Heating Reactor
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Nuclear Seawater Desalination Plant Coupled With 200 Mw Heating Reactor

机译：核海水淡化厂与200 Mw加热反应堆配套

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摘要

A feasibility study on nuclear seawater desalination plant in which a 200 MW nuclear heating reactor (NHR-200) is coupled with MED processes has been completed, and the Chinese government has agreed to build a nuclear seawater desalination plant of this type in the Shandong Peninsula of China. Two different kinds of MED processes, high temperature stacked VTE-MED and low-temperature horizontal tube MED-TVC, have been investigated and compared, and their capacities for freshwater production are 160 000 m~3/d and 120 000 m~3/d, respectively. Based on the results of the feasibility study, the VTE-MED plant is more economical than the MED-TVC, but not on the technology maturity for a very large nuclear desalination plant. The two kinds of different nuclear desalination schemes and their primary economic results are presented in this paper.
机译：已经完成了将200 MW核加热反应堆（NHR-200）与MED工艺相结合的核海水淡化厂的可行性研究，中国政府已同意在山东半岛建设此类核海水淡化厂。中国。研究和比较了两种不同的MED工艺，即高温叠层VTE-MED和低温水平管MED-TVC，它们的淡水生产能力分别为160000 m〜3 / d和120000 m〜3 / d，分别。根据可行性研究的结果，VTE-MED工厂比MED-TVC更经济，但在大型核淡化工厂的技术成熟度上却不够。本文介绍了两种不同的核淡化方案及其主要的经济成果。

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