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BIOMINERALIZATION OF COPPER: SOLUTIONS FOR WASTE REMEDIATION AND BIOMINING

机译:铜的生物矿化:废物修复和生物矿化的解决方案

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摘要

The fungus Penicillium ochro-chloron is able to extract copper from aqueous solutions and form insoluble copper precipitates within the matrix of fungal mycelia. The formation of these complexes is probably a detoxification mechanism used by the organism to deal with the potentially lethal concentrations of heavy metals. Metal immobilization occurs external to the cells but within the mycelia when the solubility products of copper phosphate and copper oxalate are exceeded. This process may be exploited in biomining to remove and recover copper and perhaps other heavy metals that have become solubilized in pit mine lakes.
机译:真菌青霉菌能够从水溶液中提取铜,并在真菌菌丝体基质内形成不溶性铜沉淀物。这些复合物的形成可能是有机体用来处理可能致命的重金属浓度的解毒机制。当超过磷酸铜和草酸铜的溶解度产物时,金属固定发生在细胞外部,但在菌丝体内。在生物采矿中可以利用该过程来去除和回收铜以及可能已溶解在矿井湖中的其他重金属。

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