Preparation of cation exchange resin of carrying ferrum and its ability of removing residual chlorine from drinking water

Li Yu-liang, Yang Li, Xing Jian-yu, W. Hong
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引用次数: 0

Abstract

This paper described the method of D40l cation exchange resin was modified through ion exchanging in Fe2+ soln. According to this modified resin with the property of that the redox of Fe2+ and chlorine, and achieving the aim of removing the minim content of residual chlorine from the water. The experiments indicate that when the concentration of Fe2+ solution was 4045.44 mg/L, reaction 2 h and the pH value between 3 and 5. In this way the iron content in the resin was 39.648 mg/g. The efficiency of removing chlorine could reach above 98% and the residual chlorine in the water was below 0.5 mg/L. In addition, this method do not bring other ions into the water. A new remarkable method of remove the nocuous residual chlorine from the drinking water was got.
载铁阳离子交换树脂的制备及其对饮用水余氯的去除能力
本文介绍了在Fe2+溶液中通过离子交换对D40l阳离子交换树脂进行改性的方法,使改性后的树脂具有Fe2+和氯的氧化还原性能,达到了去除水中残留氯含量最低的目的。实验表明,当Fe2+溶液浓度为4045.44 mg/L,反应时间为2 h, pH值为3 ~ 5时。这样树脂中的铁含量为39.648 mg/g。除氯效率可达98%以上,水中余氯低于0.5 mg/L。此外,这种方法不会将其他离子带入水中。提出了一种去除饮用水中有害余氯的新方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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