首页> 外文期刊>Desalination: The International Journal on the Science and Technology of Desalting and Water Purification >Deionization of water for small factories or laboratories by a four-stage ion-exchange device
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Deionization of water for small factories or laboratories by a four-stage ion-exchange device

机译:通过四级离子交换装置为小型工厂或实验室的水去离子

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Deionization of water by a small singe-body device with four-stage ion-exchange processes for production of deionized water for laboratory analyses (according to BDS ISO 3696 and BS 3978) or small factories was studied.Four ion-exchange processes were performed in a single filter body:cation exchange by weak acid cation exchanger Lewatit CNP 80;cation exchange by strong acid cation exchanger Lewatit S 100;anion exchange by weak base anion exchanger Lewatit MB 64;anion exchange by strong base anion exchanger Dowex SBR.Conventional water treatment ion exchange plants use the same four processes but in more than one filtration body (minimum two).Besides,they need at least 12 valves for water and regeneration flows redistribution and quite a large space for technological localization and service.The small water treatment ion exchange device developed is compact compared to the conventional ones and has only 4 valves.
机译:研究了采用小型单身装置的四级离子交换工艺对水进行去离子处理的方法,以生产用于实验室分析的去离子水(根据BDS ISO 3696和BS 3978)或小型工厂。单个过滤器主体:通过弱酸阳离子交换剂Lewatit CNP 80进行阳离子交换;通过强酸阳离子交换剂Lewatit S 100进行阳离子交换;通过弱碱性阴离子交换剂Lewatit MB 64进行阴离子交换;通过强碱性阴离子交换剂Dowex SBR进行阴离子交换。处理离子交换厂使用相同的四个过程,但在一个以上的过滤体中(最少两个)。此外,它们至少需要12个阀门来进行水和再生流的重新分配,并且有很大的空间用于技术定位和服务。与传统设备相比,开发的离子交换设备紧凑,只有四个阀。

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