Here is a brief description of the copper electrolysis extraction process:
Raw Material Preparation: Copper ore is crushed and ground, then converted into a copper-containing leach solution. The leach solution, often treated with sulfuric acid or ammonia, dissolves copper ions (Cu²⁺).
Solid-Liquid Separation: The leach solution is filtered and settled to remove impurities and solids.
Electrolytic Refining:
Electrolytic Cell: Contains an anode (impure copper) and a cathode (stainless steel or other conductive materials).
Electrolyte: Contains copper ions (Cu²⁺), typically a copper sulfate solution.
Reactions:
Anode Reaction:
Cu (s)→Cu2+(aq)+2e−
Cathode Reaction:
Cu2+(aq)+2e−→Cu (s)
Copper Collection: Pure copper deposited on the cathode is removed and processed.
Waste Liquid Treatment: The waste liquid is treated to recover valuable components and ensure environmental protection.
The electrolysis process efficiently produces high-purity copper.
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