高铁酸盐作为混凝剂和氧化剂在西贡河水净化中的应用

T. T. Khôi, N. Chuong, Hoang Gia Phuc, N. Thuy, N. Huy
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引用次数: 3

摘要

在这项研究中,我们的目标是使用高铁酸盐作为去除供水用水中氯消耗成分(如有机、颜色、浊度、铁和锰)的一体化替代品。采用高铁酸盐(FeO42-)作为混凝剂和氧化剂同时净化西贡河水,以减少生产的自来水中消毒副产物的形成。采用高铁酸盐作为原水,聚合氯化铝(PAC)作为氯化水,进行了Jartest,以确定化学物质的最佳浓度和pH值,并比较了高铁酸盐和传统混凝与预氯化技术对地表水净化的效果。结果表明,在pH为5 ~ 6、高铁酸盐浓度为16 mgFe/L时,高铁酸盐对有机物的去除率高达86.2%。此外,高铁酸盐对浊度、色度和铁的去除率至少为90%,这表明高铁酸盐将是氯和PAC非常有前途的水净化替代品。
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Application of Ferrate as Coagulant and Oxidant Alternative for Purifying Saigon River Water
In this study, we aimed to use ferrate as an all-in-one alternative for the removal of chlorine-consumed compositions such as organic, color, turbidity, iron, and manganese in river water for water supply purposes. Ferrate (FeO42-) was simultaneously employed as coagulant and oxidant for purification of Saigon River water in order to reduce the formation of disinfection by-products in the produced tap water. The Jartest was conducted using both ferrate for raw river water and poly-aluminum chloride (PAC) for chlorinated water to determine the optimum concentration of chemicals and pH values as well as comparing the effectiveness of ferrate and traditional coagulation with pre-chlorination technology for surface water purification. Results showed that ferrate could be used to remove organic compounds with high efficiency of 86.2% at pH 5 - 6 and ferrate concentration of 16 mgFe/L. Moreover, the removal efficiency for turbidity, color, and iron were at least 90%, indicating that ferrate would be a very promising alternative for chlorine and PAC for water purification.
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