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ALUMINIUM CONTROL IN THE IRON PURIFICATION STAGE OF A HYDROMETALLURGICAL ZINC CIRCUIT

机译:液压冶金锌电路的铁净化阶段铝控制

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摘要

In 2004, Zinifex Budel Zink commenced testing with the objective to increase the precipitation of aluminium in the iron purification stage of its hydrometallurgical zinc circuit, without the use of expensive reagents. Findings from the literature applied to the leach circuit at Zinifex Budel Zink demonstrated that aluminium removal from the leach circuit could be increased by lowering the ferric concentration and acidity in the vessels where jarosite precipitation occurs. An associated increase in copper precipitation was mitigated by limiting the extent to which the ferric concentration was lowered in the vessels where jarosite forms and lowering the ratio of copper to aluminium in the solutions entering these vessels.
机译:2004年,Zinifex Budel Zink开始测试,目的是在其液压冶金锌电路的铁净化阶段增加铝的沉淀,而不使用昂贵的试剂。从Zinifex Precel Zink应用于浸出电路的文献的发现证明,通过降低摩中沉淀的血管中的含铁浓度和酸度,可以增加从浸出电路的铝去除。通过限制在罐子形式和降低进入这些血管的溶液中铜中铜与铝的比例降低的血管中降低了铁浓度的程度,减轻了铜沉淀的相关程度。

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