Atmospheric purification of a nickel-cobalt solution to remove copper with a high-copper converter matte was studied. The structural and textural characteristics and the phase and chemical composition of the high-copper converter matte and of the solid residue remaining after atmospheric copper removal were examined. The mechanism of copper precipitation and leaching-out of elements belonging to the iron triad was determined, and the extents of the main chemical reactions were calculated.
Russian Journal of Applied Chemistry – Springer Journals
Published: Jul 6, 2005
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