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An experimental approach for studying chalcopyrite leaching and passivation in column bioleaching

机译:柱生物烷柱灭菌和钝化研究的一种实验方法

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The effect of different microbial consortia on the leaching of chalcopyrite was studied at different temperatures and solution compositions with Boliden's Aitik ore in column reactors simulating heap bioleaching. The columns were equipped with sampling chambers and chalcopyrite mineral electrodes in order to investigate the passivation of chalcopyrite. The sampling chambers were filled with agglomerated ore and pieces of chalcopyrite-rich ore. In addition to chemical analysis of the leaching solution and solids the progress of leaching of chalcopyrite was studied by continuous potential measurements with chalcopyrite electrodes. The occurrence and composition of potentially passivating layers on the surfaces of the electrodes and the samples taken from
机译:不同温度和溶液组合物研究了不同温度和溶液组合物的不同温度和溶液组合物在模拟堆生物浸渍的柱反应器中的不同温度和溶液组合物中研究了不同的微生物联盟对氯偶沸石的浸出。柱子配有采样室和核偶尔矿物电极,以研究硫代铜矿的钝化。采样室填充着附聚矿石和富含核黄素的矿石。除了浸出溶液的化学分析和固体外,通过用硫代电极电极连续电位测量研究了氯偶沸石的浸出进展。电极表面上的潜在钝化层的发生和组合物和取自的样品

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