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Multicircuit approach for electrolytic cells, a novel method to force current balance in electrowinning plants

机译:电解细胞的多晶硅方法,一种强制电荷植物电流平衡的新方法

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摘要

The most used technology for obtaining pure copper in oxide ore copper mining is LIX-SX-EW (Leaching Solvent Extraction -Electrowinning). In this process, the maximum allowable current which does not lead to electrode short-circuit sets the production limit. This is a major drawback if equipotential bars to connect the electrodes are used. This common practice exhibits a high dispersion value for the current distribution. This paper presents a connection arrangement of the electrowinning cells to balance cathode currents. The new connection drives the current through more balanced resistivity channels. Moreover, the uniform level of current achieved produces a more standardized product. Both, chemical and physical quality of cathodes is improved. Finally, the approach limits anode-cathode overcurrent preventing short circuit formation. Thus, current efficiency and plant operation are also improved.
机译:用于在氧化物矿石铜矿中获得纯铜的最常用技术是LiX-SX-EW(浸出溶剂萃取 - 电气)。在该过程中,不会导致电极短路的最大允许电流设定了生产限制。这是使用要连接电极的等电位条的主要缺点。这种常见的做法表现出电流分布的高分散值。本文呈现了电瓦上电池的连接布置,以平衡阴极电流。新连接通过更多平衡电阻率通道驱动电流。此外,所实现的均匀电流水平产生更标准化的产品。阴极的化学和物理质量都得到改善。最后,该方法限制了防电流的阳极 - 阴极防止短路形成。因此,电流效率和工厂操作也得到改善。

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