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Reducing energy consumption for seawater desalination

机译:减少海水淡化的能耗

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摘要

As freshwater sources become increasingly stressed, many coastal communities are looking to seawater desalination to augment their supplies and meet growing demand. Seawater desalination is an energy-intensive process, however, with energy expenses accounting for a significant part of the process operating cost. This article looks at the factors affecting energy consumption for seawater desalination and discusses design and technological developments that can improve efficiency. Although the salinity of the feedwater affects the energy consumed during desalination, energy consump- tion is also influenced by such factors as recovery, flux, membrane type, ancillary processes, type of equipment, and energy-recovery devices. To improve efficiency, utilities must take into account design and operation of all these components. Recent advances in desalination technology are making the process more energy-efficient and cost-effective. Water providers can do their part by optimizing system design to foster energy efficiency so that, ultimately, more communities can economically tap into untapped sources of supply.
机译:随着淡水源的压力越来越大,许多沿海社区正在寻求海水淡化以增加其供应并满足不断增长的需求。海水淡化是一个能源密集型过程,但是能源费用占该过程运行成本的很大一部分。本文探讨了影响海水淡化能耗的因素,并讨论了可以提高效率的设计和技术发展。尽管给水的盐度会影响海水淡化过程中消耗的能量,但是能量的消耗还受到回收率,流量,膜类型,辅助过程,设备类型和能量回收装置等因素的影响。为了提高效率,公用事业必须考虑所有这些组件的设计和操作。海水淡化技术的最新进展正在使该过程更加节能,经济高效。供水者可以通过优化系统设计来提高能源效率来发挥自己的作用,以便最终,更多的社区可以经济地利用未开发的供应来源。

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