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Coal-Gold Agglomeration: An Alternative Separation Process in Gold Recovery

机译:煤金集聚:金矿回收中的另一种分离工艺

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Considering the increasing environmental concerns and the potential for small gold deposits to be exploited in the future,the uses of environmentally friendly processes are essential. Recent developments point to the potential for greatly increased plant performance through a separation process that combines the cyanide and flotation processes. In addition,this kind of alternative treatment processes to the traditional gold recovery processes may reduce the environmental risks of present small-scale gold mining. Gold recovery processes that applied to different types of gold bearing ore deposits show that the type of deposits plays an important role for the selection of mineral processing technologies in the production of gold and other precious metals. In the last 25 years,different alternative processes have been investigated on gold deposits located in areas where environmental issues are a great concern. In 1988,gold particles were first recovered by successful pilot trial of coal-gold agglomeration (CGA) process in Australia. The current paper reviews the importance of CGA in the production of gold ore and identifies areas for further development work.
机译:考虑到日益增长的环境问题以及将来可能会开采少量金矿的问题,使用环保工艺至关重要。最近的发展表明,通过结合氰化物和浮选工艺的分离工艺,可以大大提高植物的性能。另外,这种替代传统金矿回收工艺的处理工艺可以降低目前小型金矿开采的环境风险。应用于不同类型含金矿床的金矿回收工艺表明,矿床的类型对于选择黄金和其他贵金属的矿物加工技术起着重要作用。在过去的25年中,已经对环境问题最为关注的地区的金矿床研究了不同的替代方法。 1988年,金颗粒通过在澳大利亚成功进行了煤金集聚(CGA)工艺的先导试验而被回收。目前的论文回顾了CGA在金矿石生产中的重要性,并确定了进一步开发工作的领域。

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