Automatic Control Of Lead-Zinc Flotation Operation And Integrated Recycling Of Wastewater At Kamioka Concentrators

The American Institute of Mining, Metallurgical, and Petroleum Engineers
Akira Ishizu Hideo Yamamoto Nobuo Matsui Tatsuya Nagahama
Organization:
The American Institute of Mining, Metallurgical, and Petroleum Engineers
Pages:
25
File Size:
696 KB
Publication Date:
Jan 1, 1977

Abstract

At Kamioka Mine of Mitsui Mining & Smelting Co., Ltd., Japan there are three mills, treating a total of 6400 t/d of lead-zinc Ore. In the lead-zinc bulk differential flotation at Shikama Mill the addition of reagents is automatically controlled by the feed rate, the lead and zinc content in feed, froth and tailing, the pH and the concentration of cyanide ion in the pulp. As the zinc thickener overflow at Shikama Mill contains CU(CN)3--, ZnS, CdS, CN-, xanthate and frother, all the ingredients in the over- flow other than CN are floated by using the Nagahm flotation machine, and the water containing only CN- is effectively recycled to the lead- zinc differential flotation circuit. In the lead-zinc straight differential flotation at Mozumi Mill, the overflow of tailing pond is recycled especially to the cleaning flotation circuit by decreasing the pulp density. Thus the integrated recycling of wastewater greatly reduces environmental problem and in addition, it generates sizeable profit.
Citation

APA: Akira Ishizu Hideo Yamamoto Nobuo Matsui Tatsuya Nagahama  (1977)  Automatic Control Of Lead-Zinc Flotation Operation And Integrated Recycling Of Wastewater At Kamioka Concentrators

MLA: Akira Ishizu Hideo Yamamoto Nobuo Matsui Tatsuya Nagahama Automatic Control Of Lead-Zinc Flotation Operation And Integrated Recycling Of Wastewater At Kamioka Concentrators. The American Institute of Mining, Metallurgical, and Petroleum Engineers, 1977.

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