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New technological root for regenerating demineralized water plants for safe environment

机译:再生软化水厂以确保环境安全的新技术基础

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The experiments in this work were subjected to lab-scale ion exchangers unit, consists of two kinds of ion exchangers (strong acid cation exchanger and weak base anion exchangers). The experimental investigation was directed at studying a new method for regenerating the strongly acidic cation exchanger in the demineralized water unit using one concentration ofsulfuric acid (5%) directly without any precipitation problems.Experiments show that using sulfuric acid in the regeneration is equally efficient as that of hydrochloric acid solution in the production of dematerialized water (110 bed volume). The first objective of this study was to use sulfuric acid solution instead of hydrochloric acid solution because it is cheaper and non corrosive. The other benefits could be gained from the effluent (sodium hydroxide solution) which comes out of the anion exchanger columns instead of disposing them.
机译:这项工作中的实验是在实验室规模的离子交换器装置下进行的,由两种离子交换剂组成(强酸阳离子交换剂和弱碱阴离子交换剂)。实验研究的目的是研究一种新方法,该方法使用一个浓度的硫酸(5%)直接在软化水单元中再生强酸性阳离子交换剂,而没有任何沉淀问题。实验表明,在再生中使用硫酸与去离子水(110床体积)生产中盐酸溶液的浓度。这项研究的第一个目的是使用硫酸溶液代替盐酸溶液,因为它便宜且无腐蚀性。从阴离子交换塔出来的废水(氢氧化钠溶液)而不是进行处理,可以获得其他好处。

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