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Research of Surface Phase Formation in Interaction of Granular Composite Sorbent with Technological Multicomponent Saline Solutions

机译:多元复合盐溶液与颗粒状复合吸附剂相互作用时表面相形成的研究

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The article describes the difficulties in the rehabilitation of water and soil contaminated by industries such as open mining, whereby the existing methods of recovery often only transfer the pollutants from one object to another. The work in question is aimed at using nature-like technologies to reduce the environmental hazard level associated with the synthesis of new materials. The presented technology offers a new composite material capable of irreversible immobilization of heavy metals cations in various concentrations. The ability of the granular composite sorbent to make up stable insoluble aggregates and hence efficiently remove pollutants from water and soil is proven using samples taken in the Karabash industrial area before and after their interaction with the sorbent presented. Environmental safety, soil and water rehabilitation, nature like technology, heavy metals, technological solutions, granular composite sorbent, irreversible sorption.
机译:这篇文章描述了由露天开采等工业污染的水和土壤的修复中的困难,现有的回收方法通常只能将污染物从一个物体转移到另一个物体。有争议的工作旨在使用类似自然的技术来降低与新材料合成相关的环境危害程度。提出的技术提供了一种新的复合材料,该材料能够不可逆地固定各种浓度的重金属阳离子。颗粒状复合吸附剂组成稳定的不溶性聚集体并因此有效地从水和土壤中去除污染物的能力已通过在与吸附剂相互作用之前和之后在Karabash工业区采集的样品得到证明。环境安全,水土保持,技术性质,重金属,技术解决方案,颗粒状复合吸附剂,不可逆吸附。

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