Experimental Research on Modifier Optimization of Flotation Process in a Molybdenum Ore in Inner Mongolia

Lin Li; Xian Jun Lu; Jun Qiu

doi:10.4028/www.scientific.net/AMR.291-294.3372

Paper Titles

Performance Analysis and Numerical Simulation in Elliptical Tubes
p.3354

A Numerical Simulation of the Working Process of Diesel Engine
p.3359

Product distribution during Datong Coal Pyrolysis and Hydropyrolysis
p.3363

Research on Shaft-Less Technology of Inking System
p.3368

Experimental Research on Modifier Optimization of Flotation Process in a Molybdenum Ore in Inner Mongolia
p.3372

Numerical Simulation of Electromagnetic Induction Heating in the Material Heat Treatment
p.3377

A Method for Calculating Deformation of Long-Distance Pipeline Based on Strain
p.3385

The GPU-Based Parallel Implementation of Phase Information Extraction of Multi-View Images
p.3391

Gear Fault Diagnosis Method Based on Cyclostationary Degree and HMM
p.3397

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Experimental Research on Modifier Optimization of Flotation Process in a Molybdenum Ore in Inner Mongolia

Abstract:

The research has conducted a experimental research on the issues in modifier of flotation process in a molybdenum ore concentrating mill in Inner Mongolia. The results show that: when the raw ore is grinded into 61% -200 meshes, which is the same to the site production ore, the sorting index is optimum in neutral magma condition; and for dispersing agent, the sorting effect of sodium silicate is better than sodium hexametaphosphate, and the confirmed sufficient quality of sodium silicate is 300g/t.