用低碱性阴离子石 dowex 马拉松 wba 去除磷酸盐

I. Trus, Yana Kryzhanovska, M. Gomelya
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引用次数: 0

摘要

研究了如何确定 Dawex Marathon WBA 阴离子石去除水中磷酸盐的效率,以及如何创建无废物的磷酸盐再生工艺。在吸附实验研究过程中,含有浓度为 40-100 mg dm-3 的磷酸盐的污染水的模型溶液通过氯化物形式的低碱 Dawex 马拉松 WBA 阴离子石。在通过氯化物形式的低碱阴离子石 DOWEX MARATHON WBA 过滤时,确定了 TDEC 与 pH 值和温度的关系。研究的一个重要方面是确定在反复使用再生溶液时以矿物肥料形式提取磷酸盐的原理。对阴离子石的再生过程进行了研究。阴离子石的再生是用两种溶液同时进行的,即 10 % 的氯化钠溶液和 10 % 的氯化铵溶液。值得注意的是,再生率为 97 - 98%。
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REMOVAL OF PHOSPHATES ON LOW BASIC ANIONITE DOWEX MARATHON WBA
The processes of determining the efficiency of Dawex Marathon WBA anionites in removing phosphates from water and creating waste-free processes for their regeneration were studied. In the course of an experimental study of sorption, model solutions of polluted water containing phosphates in a concentration of 40-100 mg dm-3 were passed through the low-based Dawex Marathon WBA anionite in chloride form. The dependence of TDEC on pH and temperature was established when filtering through low-base anionite DOWEX MARATHON WBA in chloride form. An important aspect of the research was the determination of the principles of extracting phosphates in the form of mineral fertilizer during repeated use of regeneration solutions. The processes of anionite regeneration have been studied. Regeneration of anionite was carried out with two solutions, in parallel, namely - 10 % solutions ofsodium chloride, 10 % solution of ammonium chloride. It should be noted that the degree of regeneration is 97 - 98 %. 
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来源期刊
Journal of Chemical Technology and Metallurgy
Journal of Chemical Technology and Metallurgy Engineering-Industrial and Manufacturing Engineering
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1.40
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