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首页> 外文期刊>Journal of Mining Scinece >Quantum-Chemical Method for Selection of a Collecting Agent to Recover Zinc and Copper(II) Cations in Flotation of Mine Waste Waters
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Quantum-Chemical Method for Selection of a Collecting Agent to Recover Zinc and Copper(II) Cations in Flotation of Mine Waste Waters

机译:矿山废水浮选中锌和铜(II)阳离子回收剂选择的量子化学方法

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摘要

The authors set forth the well-grounded selection of effective agents: terephthalic esters, distinguished for the optimal set of quantum-chemical parameters of the agent,reactivity to recover zinc and copper(II) from the process waste water, propose a new-developed complex collecting agent ROL and report the investigation into the mechanism for recovery of zinc and copper(II) by this agent. The resource-renewable process flow sheet:is proposed to treat mine-and-processing waste waters, rich in copper and zinc content to produce a concentrated product.
机译:作者提出了有充分依据的有效试剂选择:对苯二甲酸酯,由于该试剂的最佳量子化学参数集,可从工艺废水中回收锌和铜(II)的反应性而著称,因此提出了一种新的方法。络合收集剂ROL,并报告了该试剂回收锌和铜(II)的机理的研究。资源可更新的工艺流程图:拟处理富含铜和锌含量的矿山和加工废水,以生产浓缩产品。

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