Study on Potential-Controlled Flotation Test of a Copper-Lead-Zinc Polymetallic Sulphide Ore

Jun Hui Zhang; Yuan Zhang; Yong Tao Yang

doi:10.4028/www.scientific.net/AMR.1089.80

Paper Titles

Contrast Testing Study on Different Flotation Processes for a Medium-and-Low Grade Collophanite
p.59

Effect of Annealing Time on Properties of Cr/NbCr₂ Alloy
p.65

Experimental Research on Oolitic Hematite Utilizing Metallic Roasting-Magnetic Separation Processing
p.70

Studies on Microstructure of Cu-SiC Compounds by Mechanical Alloying
p.76

Study on Potential-Controlled Flotation Test of a Copper-Lead-Zinc Polymetallic Sulphide Ore
p.80

Study on the Corrosion Electrochemical Behaviors of Carbon Steel in Eutrophic Fresh Water
p.89

Using the Vacuum Ion Nitriding Process to Improve the Quality of 38CrMoAIA Cylinder
p.93

Stress Dependence of Magnetostriction and Magnetic Properties in Electrical Steel
p.97

Crystal Structure of the New Compound TbCo_0.67Ga_1.33
p.102

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 1089Study on Potential-Controlled Flotation Test of a...

Study on Potential-Controlled Flotation Test of a Copper-Lead-Zinc Polymetallic Sulphide Ore

Abstract:

The study on potential-controlled flotation test of differential flotation process was carried out in the light of the change of a certain ore properties. The test used self-developed EMZ-91, as well as conventional collectors of ethyl thio carbamate and butyl xanthate for the flotation of copper, lead and zinc ores respectively, in which the copper sulfate was used as the activator of zinc mineral. The new differential flotation process, which is using lime to regulate pulp potential, produced the copper concentrate grading 27.18% copper at 73.37% recovery, the lead concentrate grading 66.00% lead at 63.00% recovery, and the zinc concentrate grading 55.27% zinc at 87.69% recovery.