G. Cifuentes, J. Simpson
When the applied current is interrupted in a copper electrowinning plant, and then is back in operation, the lead anodes tend to corrode. In order to decrease the corrosion, the damage protective ('back up') anodic currents are applied during the period of interruption. The current work aims to establish the effect of the concentrations of sulphuric acid, copper and cobalt on the anode corrosion, to quantify the effect of various anodic protection levels on the anode corrosion and to propose a method to select the appropriate protective current density value.
@article{33f9da12-a4cc-4dd3-a181-8f05aa61b04e,
title={The corrosion of lead anodes in copper e},
author={G. Cifuentes and J. Simpson},
year={2026},
language={en}
}TY - JOUR TI - The corrosion of lead anodes in copper e AU - G. Cifuentes AU - J. Simpson PY - 2026 LA - en ER -
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