用CIP和CIL比较含一层黄铁矿的富硅石英岩砾岩的浸出性

M. Kalenga, J. Ntuli
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引用次数: 0

摘要

南非是世界上最有影响力的黄金生产国之一。已经发表了许多关于它的矿石和不同参数的研究结果。虽然对矿浆碳(CIP)和浸出碳(CIL)进行了大量的研究,但根据地质成因,最佳参数随矿石化学成分的变化而变化。本研究使用的矿石为含一层黄铁矿的富硅石英岩砾岩。对所选矿石的金回收率进行了优化研究,并确定了CIP和CIL之间较好的工艺路线。进行了交替变化,确定了最合适的浸出参数。在本次调查中进行的矿物学测试工作使人们对矿石矿物学有了更好的了解,并有效地帮助解决了阻碍该矿石氰化的原因。此外,矿物学结果与常规处理的矿石进行了比较,从而有可能识别出有问题的矿物。采用XRD、XRF、AAS进行表征。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Comparison of the Leachability of a silica-rich quartzite conglomerates containing a layer of pyrite Using CIP and CIL
South Africa is amongst the influential producers of gold worldwide. Many results have been published on its ores and different parameters defined. Although the carbon-in-pulp (CIP) and carbon-in-leach (CIL) have been largely investigated, optimum parameters change with the chemical composition of the ore based on the geological origins. The ore used in the present work was silica-rich quartzite conglomerates containing a layer of pyrite. The optimization of the gold recovery from the ore used and the better processing route between CIP and CIL were investigated and adopted. Alternating variations were conducted and most suitable leaching parameters were identified. Mineralogical test work conducted in the present investigation led to a better understanding of the ore mineralogy and assisted efficiently in resolving the reasons of impeding cyanidation with this ore. Also, the mineralogical results were compared with the ore, which is treated conventionally and identification of the problematic minerals was possible. XRD, XRF and AAS were used for characterization.
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