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Wastewater treatment technology based on iron oxides

机译:基于氧化铁的废水处理技术

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Iron oxiders have been used in a variety of forms for wastewater treatment. In most precipitation processes ferric ions are used to treat basic aqueous solutions by forming a ferric hydroxide floc to scavenge radioactive and heavy metal contaminants. In adsorption processes, a variety of iron containing minerals have been utilised. Since 1970, we have utilised ferrites and the mineral magnetite, iron ferrite, (FeO Fe_2O_3), for actinide and heavy metal removal from wastewater. Natural magnetite and ferrites, prepared in a variety of ways, were used in the batch mode to treat wastewaters. Magnetite was also supported and used in a column mode. In the presence of an external magnetic field, enhanced capacity was observed in using supported magnetite for removal of plutonium and americium from wastewater. This paper will review previous work on the use of freeites and work in progress on supported magnetite (in a magnetic field) for wastewater treatment.
机译:铁氧化剂已以各种形式用于废水处理。在大多数沉淀过程中,通过形成铁氢氧化铁絮状物来清除放射性和重金属污染物来治疗碱性水溶液。在吸附过程中,已经利用了各种含有的矿物质。自1970年以来,我们利用铁氧体和矿物质磁铁矿,铁铁氧体(FeO Fe_2O_3),用于从废水中的肺炎和重金属去除。以各种方式制备的天然磁铁矿和铁氧体,用于批量模式以处理废水器。磁铁矿也被支持并以列模式使用。在外部磁场的存在下,在使用支撑的磁铁矿中观察到增强的容量,以从废水中去除钚和americ。本文将审查以前的使用说明书和在支持的磁铁矿(在磁场)上进行的工作,以进行废水处理。

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