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Modelling sorption of metals from aqueous solution onto mineral particles: the case of arsenic ions and goethite ore

机译:模拟金属从水溶液到矿物颗粒的吸附:以砷离子和针铁矿为例

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摘要

Several mineral particles were shown to act as sorbents for metal ions. Among them, goethite, an abundant iron mineral, was found to present the specific advantage of being able to remove both cations and oxyanions, such as arsenic. The modelling of the sorption process, using the diffuse double layer model, was attempted in this paper. A good agreement with experimental results was found; therefore, it proved to be a useful tool for such sorption applications. A brief review of this scientific area is critically presented.
机译:几种矿物颗粒被证明可以作为金属离子的吸附剂。其中,针铁矿(一种丰富的铁矿物质)具有能够同时去除阳离子和含氧阴离子(如砷)的特殊优势。本文尝试使用扩散双层模型对吸附过程进行建模。发现与实验结果吻合良好;因此,它被证明是用于此类吸附应用的有用工具。批判性地提出了对该科学领域的简要回顾。

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