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Pyrometallurgy of lead anode mud
Pyrometallurgy of lead anode mud The pyrometallurgical treatment of lead anode mud mainly recovers precious metals through reduction smelting, oxidation refining and electrolytic extraction. First,…
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Gold-loaded carbon electrolysis process
Gold-loaded carbon electrolysis process First, the gold-loaded carbon is pre-treated and screened to separate carbon powder and fine particles and enter the carbon storage tank.…
Refining silver from silver nitrate by electrolysis.
Refining silver from silver nitrate by electrolysis Electrolysis is a simple and environmentally friendly method that directly extracts high-purity silver through electrolysis. The specific operation…
Processing methods for supported palladium catalysts
Common carriers for supported palladium catalysts include alumina, cordierite (2MgO·Al2O3·SiO2), silica gel, activated carbon and zeolite. When selecting a process to recover palladium, the distribution…
Composition of sludge after lead electrolysis
Composition of sludge after lead electrolysis The anode mud produced from lead electrolysis contains various valuable metals, including precious metals (gold, silver), rare metals (selenium,…
Petrochemical Catalyst Recovery
Economic Value Palladium Price: Approximately $65 per gram (as of mid-2024). Platinum Price: Approximately $33 per gram (as of mid-2024). Gold Price: Approximately $60 per…
Iridium ore powder refining
Refining iridium powder is a complex process that involves multiple steps of chemical and metallurgical techniques. Here are the basic steps for refining iridium powder:…
Efficient Silver Recovery
Efficient Silver Recovery： In today's digital age, traditional film usage has declined, yet the silver in waste film remains valuable. This article explores an efficient…
Platinum Refining: From Leaching to Roasting
Platinum refining involves a series of steps to obtain high-purity platinum. Here's a concise overview: Leaching: Platinum and other metals are dissolved in a solution…