Electrolytic refining of scrap copper must be accompanied by an electrolyte purification system to control the accumulation of impurities such as arsenic, antimony, and bismuth, ensure the quality of the cathode copper, and maintain a balanced electrolyte volume.

From Crude Antimony to Antimony Ingots: A Comprehensive Analysis of the Refining and Continuous Casting Process

A Detailed Explanation of the Principles and Process Flow of Electrolytic Refining

Acid-resistant, anti-corrosive, long-life copper electrolytic cell

A Comprehensive Analysis of Electrolytic Copper Anode Slime Generation and Processing: From Cell-Bottom By-Product to Precious Metal Recovery

This article analyzes the critical role of continuous, stable operation in determining cathode copper grade and output, examining key aspects such as anode shaping, potline operations, cathode stripping, busbars and short-circuit switches, electrolyte circulation and purification, and anode slime treatment.