sludge cuivre anode slime inde
ScienceDirectRecovery of scattered and precious metals from copper
2020年11月1日 Because of the addition of copper sludge, copper cables, waste printed circuit boards, and other types of recycled copper to the copper smelting process, the
sludge cuivre anode slime inde
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Metallurgical Process for Total Recovery of All Constituent
2020年5月2日 In this paper, the literature relating to the treatments of copper anode slime is compiled to present the underlying concept for the total recovery of all valuable metals
Augmenting metal leaching from copper anode slime by sulfuric
2021年11月1日 Copper anode slime (CAS), the byproduct of the copper electrorefining process, often contain various metals/elements, such as Cu, Ni, Pb, Se, Te and even
Integrated process for recycling copper anode slime from
2017年11月1日 Compared to the conventional copper anode slime, the anode slime from ewaste smelting is much more valuable and complicated The major components are
Recovery of Lead as Lead Sulphide from Anode Slime
2021年10月19日 T Subbaiah Journal of The Institution of Engineers (India): Series D 102 , 489–494 ( 2021) Cite this article 206 Accesses Metrics Abstract Lead is produced from
Some Studies on Sulfuric Acid Leaching of Anode Slime with
2002年11月13日 The process involved the leaching of anode slime in sulfuric acid medium At room temperature, sulfuric acid leaching without any additive resulted in poor
An investigation of copper and selenium recovery from copper
2013年11月14日 Copper anode slime contains significant amounts of gold, silver, and platinum group metals In this study, we tested the functionality of a slime shaking table
Technological Mineralogy of a Copper Anode Slime in Qinghai
In order to improve the technology of the process of noble metal extracted from high lead copper anode slime, the technological mineralogy investigation of the anode slime was
Leaching of gold and silver from anode slime with a mixture of
2017年1月11日 Leaching of gold and silver from anode slime with a mixture of hydrochloric acid and oxidizing agents Wei Dong Xing Department of Advanced Material