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BIOLEACHING OF COPPER SULPHIDE FLOTATION CONCENTRATE IN BATCH REACTION SYSTEM USING MESOPHILE AND THERMOPHILE MICROORGANISMS

机译:中间相和嗜热微生物在批量反应体系中铜硫化物浮选浓度的生物浸出

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This work aims at optimizing the use of consortiaof mesophile and thermophile microorganisms (moderate and extreme ones) in the leaching process of copper sulphidesflotation concentrate, containing approximately 30% bornite (Cu5FeS4) and 70% chalcopyrite (CuFeS2), for extracting copper.The objective of the bioleaching tests was to evaluate the performance of those microorganisms, varying specific parameters such as: the composition of the leaching solution, the presence of an energy source (ferrous sulphate), and the inoculation of cultures . To ensure optimal conditions for the microorganisms to act, the pH, temperature, and stirring speed were controlled. Finally, from the microbial action and using agricultural fertiliser (N:P:K sources), a copper extraction of more than 85% was achieved.
机译:这项工作的目的是在硫化铜浮选精矿的浸出过程中优化利用嗜温微生物和嗜热微生物菌群(中度微生物和极端微生物)来提取铜,其中含有约30%的斑铜矿(Cu5FeS4)和70%的黄铜矿(CuFeS2)。生物浸出测试的一个目的是评估这些微生物的性能,改变特定的参数,例如:浸出溶液的组成,能源(硫酸亚铁)的存在以及培养物的接种。为确保微生物发挥作用的最佳条件,控制了pH,温度和搅拌速度。最后,通过微生物作用和使用农业肥料(N:P:K来源),铜的提取率达到了85%以上。

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