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Biohydrometallurgy for Nonsulfidic Minerals-A Review

机译:非硫化矿物的生物湿法冶金研究进展

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摘要

Bioleaching is a technology applicable to metal extraction from low-grade ores, ore beneficiation, coal beneficiation, metal detoxification, and recovery of metals from waste materials. The technology is environmentally sound and it may lower operational cost and energy requirement. Whereas leaching of sulfidic minerals using chemolithoautotrophic bacteria is the most studied and commercially exploitable aspect of mineral biotechnology today, there is a dearth of literature on the dissolution of nonsulfidic minerals. Biohydrometallurgy of nonsulfidic minerals involves the action of heterotrophic microorganisms. Heterotrophic bacteria and fungi have the potential for producing acidic metabolites that are able to solubilize oxide, silicate, carbonate and hydroxide minerals by reduction, acidolysis and complexation mechanisms. It is an important aspect of biohydrometallugy that requires development to meet future needs.
机译:生物浸出是一种适用于从低品位矿石中提取金属,选矿,选煤,金属解毒以及从废料中回收金属的技术。该技术对环境无害,可以降低运营成本和能源需求。尽管使用化石自养营养菌浸出硫化矿物是当今矿物生物技术研究最多和商业可利用的方面,但关于非硫化矿物溶解的文献却很少。非硫化矿物的生物湿法冶金涉及异养微生物的作用。异养细菌和真菌具有产生酸性代谢物的潜力,该酸性代谢物能够通过还原,酸解和络合机制来溶解氧化物,硅酸盐,碳酸盐和氢氧化物矿物质。这是生物氢金属冶金学的重要方面,需要进行开发以满足未来的需求。

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