Suspension Electrolysis of Copper
Hiroshi Kametani, Isao Morinaka
Abstract
Open-access reader
Hiroshi Kametani, Isao Morinaka
Abstract
Open-access reader
This paper describes a novel method of copper electrolysis, called the suspension electrolysis, which enables the electrolytic refining process of copper to operate continuously at very high rates with a small electrolytic cell.After a few preliminary experiments it was confirmed that the suspension electrode was applicable to copper electrolysis. A disk-like cell in which copper particles were suspended by vibration of the cell sepa. rately in a lower cathode chamber and an upper anode chamber divided with a diaphragm was made and studied. Data of the cell capable of the electrolysis at 50A/dm2, 2-3V, and at 80°C were presented.
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This paper describes a novel method of copper electrolysis, called the suspension electrolysis, which enables the electrolytic refining process of copper to operate continuously at very high rates with a small electrolytic cell.After a few preliminary experiments it was confirmed that the suspension electrode was applicable to copper electrolysis. A disk-like cell in which copper particles were suspended by vibration of the cell sepa. rately in a lower cathode chamber and an upper anode chamber divided with a diaphragm was made and studied. Data of the cell capable of the electrolysis at 50A/dm2, 2-3V, and at 80°C were presented.
Key concepts: Electrolysis, Copper, Electrolytic cell, Anode, Electrolytic process, Diaphragm (acoustics), Suspension (topology), Cathode