Flotation Research of Three Polymorph of Serpentine Minerals

Li Bing Zhao

doi:10.4028/www.scientific.net/AMR.158.125

Paper Titles

Experimental Study on the Desorption and Regeneration of a Novel Granular Bentonite Composite Adsorbent
p.81

Effect of Preparation Parameters on the Structure and Property of Montmorillonite/Alkylammonium Complexes
p.97

Fundamental Research in Utilization of an Oolitic Hematite by Deep Reduction
p.106

Flotation Research on Dolomite-Containing Magnesite Ore
p.113

Flotation Research of Three Polymorph of Serpentine Minerals
p.125

Grey Relational Analysis between Particle Size Distribution of Power Storage Porous Ceramsite and Thermal Conductivity of PCM Gypsum Board
p.130

Hydrometallurgical Treatment of Low Grade Zinc Oxide Ore
p.140

Mechanism Analysis of FTIR Absorption Characteristic of MgO Nano-Powder
p.145

Medium Characteristics on Selective Grinding of Low Grade Bauxite
p.159

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 158Flotation Research of Three Polymorph of...

Flotation Research of Three Polymorph of Serpentine Minerals

Abstract:

It is known that serpentine slimes coating on the sulphide surfaces are responsible for the poor metallurgy. Antigorite, lizardite and chrysotile are three kind of important polymorph of serpentine minerals. The three serpentine minerals usually accompany with Sulfide minerals, having ions with equal activities or similar properties on the surface, which makes the flotation separation difficult. This paper was to identify the effect of ethyl xanthate interactions on the flotation of three kind of polymorph of serpentine minerals.