Abstract
The electrowinning of cadmium in the presence of zinc has been investigated. As such, the effects of initial cadmium concentration (40–160 g/L), current density (50–150 A/m 2), free acid concentration (0–196 g/L), initial zinc concentration (20–120 g/L), and temperature (25–70 °C) on current efficiency (CE) and specific power consumption (SPC) in electrowinning of cadmium have been examined. Under the optimum working conditions (initial cadmium concentration 120 g/L, current density 80 A/m 2, free acid concentration 98 g/L, and temperature 40 °C), CE and SPC were 98% and 1.21 kWh/kg, respectively. The presence of zinc (20–120 g/L) had no systematic effect on CE and SPC, but decreased the purity of the deposited cadmium down to 99.92%.
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