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Method for improving the heap biooxidation rate of refractory sulfide ore particles that are biooxidated using recycled bioleachate solution

机译:利用回收的生物浸出液提高生物氧化度的难熔硫化物矿石颗粒堆生物氧化率的方法

摘要

A method for improving the heap biooxidation rate of refractory sulfide ore particles that are at least partially biooxidized using a recycled bioleachate off solution is provided. The method includes the steps of biooxidizing a heap of refractory sulfide ore particles with a bioleachate solution; collecting, from the heap, a bioleachate off solution that includes a plurality of inhibitory materials dissolved therein, the concentration of each individual inhibitory material being below its individual inhibitory concentration but the combined concentration of at least two of the inhibitory materials being sufficient to inhibit the biooxidation rate of the refractory sulfide ore particles; conditioning the bioleachate off solution to reduce the inhibitory effect caused by the combined concentration of the at least two inhibitory materials; recycling the reconditioned bioleachate solution to the to the heap; and biooxidizing the refractory sulfide ore particles in the heap with the reconditioned bioleachate solution.
机译:提供了一种方法,该方法用于提高使用再循环的生物沥滤液除去溶液至少部分地生物氧化的难熔硫化物矿石颗粒的堆生物氧化速率。该方法包括以下步骤:用生物浸出液将一堆难熔硫化物矿石颗粒生物氧化;从堆中收集包括溶解于其中的多种抑制物​​质的生物浸出液,每种抑制物质的浓度低于其各自的抑制浓度,但是至少两种抑制物质的总浓度足以抑制所述生物浸出液。难熔硫化物矿石颗粒的生物氧化率;调节生物沥滤液的溶液以降低由至少两种抑制物质的组合浓度引起的抑制作用;将经过修复的生物渗滤液溶液再循环到堆中;并用经过修复的生物浸出液对堆中的难熔硫化物矿石颗粒进行生物氧化。

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