Industrial Oxygen And Its Advanced Application Technology For Hydrometallurgy Process

The Minerals, Metals and Materials Society
Wei Zhongling Zhang Deliang Liu Yongguo Tang Le Yin Qing Thomas Niehoff
Organization:
The Minerals, Metals and Materials Society
Pages:
7
File Size:
179 KB
Publication Date:
Jan 1, 2015

Abstract

The gold ore of Shandong Gold Mining (Xinhui) was a refractory ore, which contained multi metallic sulfides (ZnS and PbS etc.) and carbonaceous. The gold ore concentrate came into leaching process and thickener and zinc replacement to recover gold. In order to improve gold recovery, the GOLDOX™ hydrometallurgy process was studied in Shandong Gold (Xinhui) by bench scale and 6 month plant scale test supported by Linde Gas. It was shown that the process promoted the leaching kinetics and improved gold recovery. The residue grade reduced 0.22 g/t in average after oxygen was applied. This indicates an operating profit increase 850,000 yuan/a in the plant. It was setting a good example for similar gold mine plant and would promote the oxygen application in Chinese gold mining industry.
Citation

APA: Wei Zhongling Zhang Deliang Liu Yongguo Tang Le Yin Qing Thomas Niehoff  (2015)  Industrial Oxygen And Its Advanced Application Technology For Hydrometallurgy Process

MLA: Wei Zhongling Zhang Deliang Liu Yongguo Tang Le Yin Qing Thomas Niehoff Industrial Oxygen And Its Advanced Application Technology For Hydrometallurgy Process. The Minerals, Metals and Materials Society, 2015.

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