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Bioleaching Experiments on a Low-Grade Complex Zinc Ore from Inner Mongolia

机译:来自内蒙古的低级络合物锌矿的生物浸入实验

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When dealing with a low-grade complex zinc ore from Inner Mongolia, problems of low leaching extent, high energy consumption, low economic benefits and pollution were encountered. In this research, to treat this low-grade zinc ore economically and effectively, tank bioleaching was used. This approach produces reliable data for an environmentally friendly and efficient processing of the zinc ore. The results indicate that zinc occurs in the ore mainly as sphalerite, the latter also containing indium. The experimental results demonstrated an excellent leaching performance. A leaching extent of nearly 100% is achieved at a temperature of 45°C, a pulp concentration of 10%, an initial pH of 1.8, and an aeration rate of 0.8m~3/h. In the initial stage, the leaching rate is higher than at the end. It starts with 85% of zinc leaching extent in three days. The indium in the sphalerite is leached almost completely. This makes a further comprehensive use of such resources possible.
机译:在从内蒙古处理低级络合物矿石时,遇到了低浸出程度,高能耗,低经济效益和污染的问题。在这项研究中,为了经济上且有效地治疗这种低级锌矿,使用罐体生物浸渍。这种方法产生可靠的数据,用于锌矿的环保和有效的处理。结果表明,锌主要在矿石中发生,主要是斯普利特,后者也含有铟。实验结果表明了出色的浸出性能。在45℃的温度下实现近100%的浸出程度,纸浆浓度为10%,初始pH为1.8,曝气速率为0.8m〜3 / h。在初始阶段,浸出率高于末端。它在三天内以85%的锌浸出程度开始。斯巴尔氏菌中的铟几乎完全浸出。这可以进一步全面地使用这种资源。

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