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Bioleaching of Tailings Resulting from Benefication of Polymetallic Ores for Recovery of Valuable Metals

机译:多金属矿石选矿所产生的尾矿的生物浸出以回收有价值的金属

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Concentrated tailings samples resulting from the benefication of polymetallic ores (Armenia) were exposed to bioleaching in order to recover non-ferrous and precious metals. Bioleaching of concentrated tailings samples was performed by the natural microbial consortium of drainage water. It was shown that the extent of extraction of metals from two samples of concentrated tailings by the natural microbial consortium reached 55, 56% and 63, 73% for copper and zinc, respectively. However, the application of the natural microbial consortium together with an iron- oxidizing Acidithiobacillus sp.l3Zn resulted in an increase of extraction of metals from concentrated tailings to 70 - 93% for Cu and 75 - 90% for Zn. Thus, to increase the recovery of non-ferrous and precious metals, the use of a natural microbial consortium of drainage water combined with an iron- and sulfur- oxidizing Acidithiobacillus sp.l3Zn is proposed.
机译:将多金属矿石(亚美尼亚)的选矿产生的浓缩尾矿样品进行生物浸提,以回收有色金属和贵金属。浓缩尾矿样品的生物浸出是通过天然微生物联盟的排水进行的。结果表明,天然微生物财团从两个浓缩尾矿样品中提取金属的程度分别达到铜和锌的55%,56%和63%,73%。但是,将天然微生物财团与铁氧化酸性硫杆菌属13Zn一起使用会使从浓缩尾矿中提取的金属增加到Cu的70-93%和Zn的75-90%。因此,为了增加有色金属和贵金属的回收率,提出了使用排水的天然微生物联合体与铁和硫氧化的酸性硫代细菌芽孢杆菌13Zn结合使用。

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