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Electrodialysis with bipolar membranes for valorization of brines

机译:双极膜电渗析法用于盐水的增值

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摘要

Several industrial processes, such as desalination or neutralization, generate brines defined as concentrated solutions of salts in water, usually NaCl, typically discharged in the vicinities of the desalination plant or factory. To reduce the environmental impact and promote the valorization of the wasted resources, alternatives must be sought. Among sustainable alternatives for the recovery of brines, the possibility of using Electrodialysis with Bipolar Membranes (EDBM) is of interest, because it allows recovering brines as useful acids and bases. This review focuses on the discussion of the technical aspects of the EDBM as a means to treat streams rich in NaCl from reverse osmosis desalination and industrial processes in order to complete the direct delivery of chemicals for self-supply. The main environmental issues associated with desalination brine disposal are presented. The state-of-the-art of valorization of brines by EDBM to acids and bases is completed. This work concludes with an in-depth discussion of the technical, techno-economic and economic barriers that prevent the widespread use of EDBM technology.
机译:几种工业过程,例如脱盐或中和,产生的盐水定义为盐在水中的浓缩溶液,通常是NaCl,通常在脱盐工厂或工厂附近排放。为了减少对环境的影响并促进资源浪费的增值,必须寻求替代方法。在用于回收盐水的可持续替代方案中,使用双极膜电渗析(EDBM)的可能性令人关注,因为它可以回收盐水作为有用的酸和碱。这篇综述着重讨论了EDBM的技术方面,作为处理来自反渗透淡化和工业过程的富含NaCl物流的一种手段,以完成直接供自用化学品的化学反应。介绍了与海水淡化处理相关的主要环境问题。通过EDBM将盐水定为酸和碱的最新技术已经完成。这项工作以深入讨论阻碍EDBM技术广泛使用的技术,技术经济和经济障碍为结尾。

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