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The performance of copper electrowining process is directly linked to the electrode's hanger bar designs and plate assembly methods. The actual physical condition of the plate — hanger bar assembly and the internal resistance of electrodes are critical factors for electrowining practice. Electrode internal resistances affects parallel anode-cathode pair resistances, and correspondingly, balanced copper...
Intercell bars for copper electrowining collect and transfer the DC current from one cell to the next adjacent cell in a series configuration. Equipotential intercell bars are made of a large continuous copper busbar conductor to receive the cathode currents from one cell, rebalance the potential of the electrodes and split the current to the next cell anodes. The potential balance by the bar itself...
This works presents the research, development, and design of a BMC intercell bar for copper electrowinning following heavy duty and high-reliability guidelines. As a result, the configuration ensures a low-maximum temperature with high-temperature rated connectors. These properties guarantee the hardness and integrity of the contacts and consequently its lifetime. Some key performance indicators include:...
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