Copper Processing Electrowining Plant

E-waste contains many valuable resources, especially such an important metal as copper. The efficient extraction and reuse of copper resources in e-waste can be realized through advanced technical equipment and processes, which not only save resources but also create certain economic benefits.

Extraction of copper resources from e-waste requires a series of complex processing steps, including dismantling, physical separation, and chemical treatment of used electronic products. These steps are designed to separate copper-containing components from e-waste in preparation for subsequent refining.

Copper Processing Electrowining Plant

SUNY GROUP's copper electrolysis purification process

A. Principle of Electrolysis

Electrolysis is an important method of metal purification, which is achieved by applying an electric current in an electrolytic cell and depositing pure metal from a metal solution containing impurities onto a cathode.

B. Role of Electrolysis Equipment in Copper Purification

Electrolysis equipment plays a key role in the copper purification process, ensuring that copper is purified efficiently and to industry standards through precise control and operation.

C. Key steps in the electrolysis process

Key steps in the electrolysis process include the design of the electrolysis tank, the control of the current density, the formulation of the electrolyte, etc., which have a direct impact on the effect of copper purification and the quality of the output.

Technical equipment plays an important role in the process of copper resource recovery from e-waste. With the continuous progress of science and technology, the electrolysis purification process and equipment are also being improved to improve efficiency, reduce energy consumption, and achieve the maximum recycling of resources.