核脱盐的全球概况

I. Khamis
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引用次数: 16

摘要

核脱盐被认为是生产干旱地区所需淡水的可行来源之一。目前,有几个国家对利用核能进行海水淡化表现出兴趣,因为最近的研究表明,核淡化不仅可行,而且经济,这已经在几个国家得到了证明。虽然未来需要有效整合能源资源,经济地生产电力和淡化水,并适当考虑环境,但燃料能源成本和材料成本的显著增加导致海水淡化和发电厂的资金和运营成本受到巨大影响。化石燃料价格的任何上涨(如2008年中期之前的情况)和对原材料(如钢铁、铜、镍)的高需求的影响将增加开发新解决方案的压力,以最大限度地减少化石能源消耗和减少海水淡化厂的资本支出。这反过来又引起了全球对核能的新一轮兴趣。然而,核脱盐可能面临一些挑战,其中包括公众认知、融资、核技术转让以及所选耦合方案的安全性考虑。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A global overview on nuclear desalination
Nuclear desalination is considered one of the viable sources of producing the fresh water needed in arid areas. Nowadays, several countries have shown interest in the use of nuclear energy for seawater desalination, because recent studies have demonstrated that nuclear desalination is not only feasible but also economical, and this has already been demonstrated in several countries. Although the future requires the effective integration of energy resources to produce power and desalinated water economically with proper consideration for the environment, the significant increase in fuel energy cost and material cost has resulted in a dramatic impact on the capital and operational costs of desalination and power plants. The impact of any increase in the price of fossil fuels (as in the case before mid-2008) and the high demand for raw materials (e.g., steel, copper, nickel) will increase the pressure to develop novel solutions to minimise fossil energy consumption and reduce the capital expenditure of desalination plants. This, in turn, is causing a renewed global interest in nuclear energy. However, nuclear desalination may face some challenges, among which are public perception, financing, the transfer of nuclear technology and considerations for the safety of the coupling options selected.
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