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Electrorefining and Electrodeposition of Metals
1985Copper is found in nature as the metal and in various types of ore such as oxide, hydroxide, carbonate, sulfide, and in mixtures and double salts of these compounds. Of these, the sulfide ore, chalcopyrite Cu2S • FeS • FeS2, is commonly used in Japan. Figure 10.1 illustrates an example of the flowsheet for copper concentrate processing.
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The direct electrorefining of copper matte
JOM, 1993Direct electrorefining of copper matte would be a desirable alternative to copper converting and its associated troublesome sulfur dioxide emissions. After more than 100 years of study, however, no commercial process has been developed, even though an analogous process for the direct electrorefining of nickel matte anodes has been operating ...
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Fused Salt Electrorefining of Beryllium
JOM, 1960The US Bureau of Mines has achieved laudable progress in its striving to attain high-purity beryllium. The following is a discussion of the Bureau’s work on the fused salt electrorefining of beryllium.
M. M. Wong, R. E. Campbell, D. H. Baker
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Upcycling of Titanium by Molten Salt Electrorefining
ACS Sustainable Chemistry and Engineering, 2023Handong Jiao +2 more
exaly
Uranium Purification by Electrorefining
Journal of The Electrochemical Society, 1956Leonard W. Niedrach, Arthur C. Glamm
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Development of small-scale plutonium electrorefining in molten CaCl2
Journal of Nuclear Materials, 2021Devin Rappleye, K S Holliday
exaly