Study on Flotation Techniques of Tailings in Dachang Mining

Xiao Mu; Jian Hua Chen; Duan Kang

doi:10.4028/www.scientific.net/AMR.734-737.989

Paper Titles

Research of Coal Desulfurization on Microwave
p.967

Research of the Complex Copper Slag Flotation Experiment
p.972

Research Status of Gold Recovery from Thiosulfate Leaching Solution
p.977

Study on Exploiting and Utilizing Technology of Certain Middle-and-Low-Grade Bauxite
p.982

Study on Flotation Techniques of Tailings in Dachang Mining
p.989

Study on Mineral Processing Technology of Unutilizable Lead-Zinc Mixed Ore
p.993

Study on Recovering Carbon and Iron Concentrate from Flue Slime of Blast Furnace
p.1001

Study on the Optimal Condition of a Copper-Bearing Gold Ore Cyanide Leaching Using Orthogonal Design
p.1006

Tin in the Comprehensive Utilization of Mineral Processing Engineering and its Research Progress
p.1010

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Study on Flotation Techniques of Tailings in Dachang Mining

Abstract:

For the characteristics of complex paragenetic relationship, the high oxidation rate of lead antimony zinc minerals and serious sliming, GZ was used as activator and depressor, and GC was used as collector. In this study, we recover lead, antimony and zinc from tailings in Dachang mining efficiently without using copper sulfite as activator.