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

Xiao Qing Chen; Jin Zhong Yang; Yi Lin Mao; Wei Ping Yan

doi:10.4028/www.scientific.net/AMR.734-737.993

Paper Titles

Research of the Complex Copper Slag Flotation Experiment
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Research Status of Gold Recovery from Thiosulfate Leaching Solution
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Study on Exploiting and Utilizing Technology of Certain Middle-and-Low-Grade Bauxite
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Study on Flotation Techniques of Tailings in Dachang Mining
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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
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Study on the Optimal Condition of a Copper-Bearing Gold Ore Cyanide Leaching Using Orthogonal Design
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Tin in the Comprehensive Utilization of Mineral Processing Engineering and its Research Progress
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Research on Characteristics of Ore-Forming Fluids of Dahongshan Copper Ore Deposit
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Study on Mineral Processing Technology of Unutilizable Lead-Zinc Mixed Ore

Abstract:

The detailed research and analysis of ore properties was conducted on a certain unutilizable lead-zinc mixed ore in Yunnan, China, and in view of the ore properties, the sulfide ore and oxidized ore were graded, separated and enriched respectively, correspondingly, zinc concentrate, lead-zinc concentrate and lead oxide concentrate were produced, in addition, associated silver mineral was enriched in lead-zinc concentrate and lead oxide concentrate. On the basis of mineral separation technology study of polymetallic ore, the complex and inseparable lead-zinc ore and its associated mineral resources were recovered and utilized comprehensively.