Comparison of Combination of Flotation-Magnetic-Gravity Separation Process with Bluk Flotation for Recovering Fine Tin Slime

Run Zhi Huang; Lin Yuan Yang; Zhong Qin Tang

doi:10.4028/www.scientific.net/AMR.1010-1012.1598

Paper Titles

DFT Study of the Effects of Co and Ni Impurities on the Properties of Pyrite Surface
p.1581

Iron Recovery from Hematite Tailings by a Novel HGMS-Centrifuge Process
p.1585

Study on Present Status of Complex Refractory Ores Depth Reduction Technology
p.1590

Characteristics Research and Selective Leaching of Anode Slime with High Content of Copper and Stannum
p.1594

Comparison of Combination of Flotation-Magnetic-Gravity Separation Process with Bluk Flotation for Recovering Fine Tin Slime
p.1598

Experimental Research of Roughing and Cleaning Column Flotation of Difficult-to-Float High Ash Coal
p.1603

Experimental Research on Recycling Phlogopite from Molybdenum Tailings
p.1609

Process Mineralogy of Jinshan Gold Ore Based on Mineral Liberation Analysis System
p.1613

Review on New Process and New Reagent of Copper Oxide
p.1618

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 1010-1012Comparison of Combination of...

Comparison of Combination of Flotation-Magnetic-Gravity Separation Process with Bluk Flotation for Recovering Fine Tin Slime

Abstract:

A comparative analysis of the combination of flotation-magnetic -gravity separation with bulk-floatation process for recovering fine tin slime was carried out in a mineral processing plant. Compared to the bulk floatation process, the flotation-magnetic-gravity separation process resulted in a higher recovery of tin and showed advantages of small consumption of reagents and electric power, stable production index and easy operation.