Study On Enhanced Reduction Of Liquid Lead Slag With Coal Particles

The Minerals, Metals and Materials Society
Wei-feng Li Jing Zhan Chuan-fu Zhang Li-Hua Jiang Tian-zu Yang Yan-qing Fan Jian-yang Huang Shi-yan Xu
Organization:
The Minerals, Metals and Materials Society
Pages:
8
File Size:
283 KB
Publication Date:
Jan 1, 2015

Abstract

The amount and activity of coal, reduction temperature and other parameters of the process of bottom-blown reduction of liquid high lead slag were investigated in laboratory. Methods to strengthen the bottom-blown reduction process were studied by industrial production. The results were in the follows: the reduction temperature was 1150℃; reduction time was 1.5h; the reductant was anthracite; lead content in slag was controlled to 2%; the rate of coal was 7% and gasification loss of coal in high temperature was severe; liquid lead slag reduction rate was faster with coal; prolonging the reaction size had little effect on reducing lead in slag; the size of the reactor can be further reduced.
Citation

APA: Wei-feng Li Jing Zhan Chuan-fu Zhang Li-Hua Jiang Tian-zu Yang Yan-qing Fan Jian-yang Huang Shi-yan Xu  (2015)  Study On Enhanced Reduction Of Liquid Lead Slag With Coal Particles

MLA: Wei-feng Li Jing Zhan Chuan-fu Zhang Li-Hua Jiang Tian-zu Yang Yan-qing Fan Jian-yang Huang Shi-yan Xu Study On Enhanced Reduction Of Liquid Lead Slag With Coal Particles. The Minerals, Metals and Materials Society, 2015.

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