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The Development of a Purification Method of Sewage from Chromium (VI) by Iron-Containing Waste

机译:含铁废物铬(VI)污水净化方法的发展

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The article presents the results of reagent purification of sewage from machine building industries from chromium (VI) ions. The relevance of research is connected with the expansion of the spectrum of effective reagents at the expense of the use of industrial wastes [1-3]. The component composition of abrasive waste formed from grinding of ferrous metals with a metal content of less than 50% is studied here. Conditions have been developed for the oxidation-reduction reactions necessary in the reagent purification of sewage from chromium (VI). It is shown that purification with an efficiency of more than 80% takes place within 60 minutes.
机译:本文介绍了从铬(VI)离子的机械建筑行业污水净化的试剂净化结果。研究的相关性随着工业废物的使用,以牺牲有效试剂的谱的扩展相连[1-3]。研究了由金属含量的金属含量形成的磨料的组分组成,其中金属含量小于50%。已经开发了用于铬(VI)污水净化所必需的氧化还原反应的条件。结果表明,在60分钟内效率超过80%的纯化。

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