Experimental Study On Valuable Metals Dissolution From Copper Slag

The Minerals, Metals and Materials Society
Sun Ying Zhang Jing Wang Yan-ze Li Qiu-ju
Organization:
The Minerals, Metals and Materials Society
Pages:
8
File Size:
242 KB
Publication Date:
Jan 1, 2016

Abstract

Copper smelter slag was leached using sulphuric acid solutions under atmospheric conditions. Base on the composition and phase of copper slag, the effect of the concentration of sulfuric acid and leaching temperature to the leaching growth rate of Fe, Cu, Co and Ni in the copper slag were investigated in this paper. Simultaneously, the influence of sulfuric acid concentration, leaching time, leaching temperature and the amount of sulfuric acid (solid-liquid ratio) to the leaching rate of these metal elements were researched. Experimental results showed that: with the increasing temperature, the dissolution rates of the metals elements increased first and then decreased. Due to the influence of silica gel which was obtained in beginning of leaching, the higher the concentration of sulfuric acid is not conducive to dissolution of the valuable metal elements. The dissolution degree of Fe, Cu, Co and Ni were 92.83% 96.76% 93.62% and 63.41% respectively.
Citation

APA: Sun Ying Zhang Jing Wang Yan-ze Li Qiu-ju  (2016)  Experimental Study On Valuable Metals Dissolution From Copper Slag

MLA: Sun Ying Zhang Jing Wang Yan-ze Li Qiu-ju Experimental Study On Valuable Metals Dissolution From Copper Slag. The Minerals, Metals and Materials Society, 2016.

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