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首页> 外文期刊>Desalination: The International Journal on the Science and Technology of Desalting and Water Purification >Analysis of water production costs of a nuclear desalination plant with a nuclear heating reactor coupled with MED processes
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Analysis of water production costs of a nuclear desalination plant with a nuclear heating reactor coupled with MED processes

机译:具有核加热反应器和MED工艺的核淡化厂的水生产成本分析

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摘要

A nuclear heating reactor (NHR) was designed with the required inherent safety and simplified design features.Power capacity of the NHR-200 (200 MW(th),with steam production of 380 t/h) is compatible with reasonably sized desalination plants.Thermal-hydraulic parameters of the produced steam (2.4 bar and 124 deg C) are suitable for coupling with distillation processes.Economic competitiveness of the NHR desalination plant is the key point to which the public and decision-makers are paying good deal of attention.Coupling of the NHR with selected MED processes and design parameters of an integrated desalination plant are described.Results of analyses of water production costs are presented as well.Based on the economic evaluation,the average energy cost of the nuclear plant may reach 5.44 /t of steam,and the provided water production cost may reach 0.72 /m~3and 0.76 /m~3 for coupling with HT-VTE-MED and LT-HTE-MED processes,respectively.
机译:核加热反应堆(NHR)的设计具有所需的固有安全性和简化的设计功能。NHR-200的功率容量(200兆瓦(热),蒸汽产量为380吨/小时)可与合理规模的海水淡化厂兼容。产生的蒸汽的热工水力参数(2.4 bar和124摄氏度)适合与蒸馏过程耦合。NHR海水淡化厂的经济竞争力是公众和决策者关注的重点。描述了NHR与选定的MED工艺和综合海水淡化厂的设计参数的耦合。还提出了水生产成本的分析结果。基于经济评估,核电厂的平均能源成本可能达到5.44 / t蒸汽,所提供的水生产成本分别与HT-VTE-MED和LT-HTE-MED工艺耦合可能分别达到0.72 / m〜3和0.76 / m〜3。

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