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Energy optimisation of existing SWRO (seawater reverse osmosis) plants with ERT (energy recovery turbines): Technical and thermoeconomic assessment

机译:使用ERT(能量回收涡轮机)对现有SWRO(海水反渗透)工厂进行能源优化:技术和热经济评估

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Reduction of SEC (specific energy consumption) is the field with the most specific technical research focus and effort in SWRO (seawater reverse osmosis) plants. For existing installations with energy recovery systems consisting in Pelton turbines, the most significant challenge is how to reduce energy costs. The highest efficient isobaric ERD (energy recovery devices) are used in order to produce major savings in energy consumption in the desalination process and/or to increase the freshwater capacity of the installations, by taking full advantage of the plant equipment. This paper gives a brief overview of the technology used to recover the energy from brine stream in large desalination plants, with a description of the modifications required if the recovery system with Pelton turbines is to be replaced by systems based on isobaric-chamber devices. All possibilities analysed are deeply justified technically and ther-moeconomically within an exhaustive assessment.
机译:减少SEC(特定能耗)是SWRO(海水反渗透)工厂中最具体的技术研究重点和工作方向的领域。对于现有的带有Pelton涡轮机中的能量回收系统的装置,最大的挑战是如何降低能源成本。使用最高效率的等压ERD(能量回收装置)是为了充分利用工厂设备,从而在海水淡化过程中节省大量能源,和/或增加设施的淡水容量。本文简要概述了大型海水淡化厂中用于从盐水流中回收能量的技术,并描述了如果要用等压腔设备替代具有Pelton涡轮机的回收系统时需要进行的修改。在详尽的评估中,所分析的所有可能性在技术上和经济上都得到了深刻的论证。

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