首页> 外文期刊>Hydrometallurgy >A conceptual hybrid process flowsheet for platinum group metals (PGMs) recovery from a chromite-rich Cu-Ni PGM bearing ore in oxidized mineralization through a single-stage leach and adsorption onto ion exchange resin
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A conceptual hybrid process flowsheet for platinum group metals (PGMs) recovery from a chromite-rich Cu-Ni PGM bearing ore in oxidized mineralization through a single-stage leach and adsorption onto ion exchange resin

机译:通过单阶段浸出和吸附在离子交换树脂上,从富含含铬酸盐群金属(PGMS)回收铂群金属(PGMS)的概念性杂交处理流程曲线,并在离子交换树脂上吸附

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摘要

The availability of oxidized PGM ore deposits, at or near the earth's surface, present lucrative prospects for future PGM production owing to the large resource estimates, the relatively high PGM grades and they can be mined through relatively lower-cost open-pit mining processes. However, these oxidized PGM ores are currently not mined or treated due to insufficient recoveries using established metallurgical techniques. The complex mineralogy and polymodal distribution of PGM in the oxidized ores pose a number of challenges to the metallurgist from a mineral liberation and extraction perspective.
机译:地表或地表附近的氧化铂族金属矿床的可用性,为未来铂族金属的生产提供了有利的前景,这是因为其资源量大,铂族金属品位相对较高,并且可以通过成本相对较低的露天采矿工艺进行开采。然而,由于现有冶金技术回收率不足,这些氧化铂族金属矿石目前尚未开采或处理。氧化矿石中PGM的复杂矿物学和多峰分布从矿物释放和提取的角度对冶金学家提出了许多挑战。

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