Preconcentration Research on Mineral Processing for a Extremely Lean Iron Ore in Inner Mongolia

Lin Li; Xian Jun Lu; Jun Qiu

doi:10.4028/www.scientific.net/AMR.454.227

Paper Titles

Flotation Separation of High Sulfur Lead-Zinc Ore
p.205

New Flotation Technology Research on Carbonate-Containing Hematite
p.210

Physical Principle of X-Ray Separatation and Pre-Sorting Experiment on the Low Grade Ore of Mo and Ni
p.216

Pilot Beneficiation about Deoxidized Samples of Bayan Obo Oxidized Iron Ore
p.221

Preconcentration Research on Mineral Processing for a Extremely Lean Iron Ore in Inner Mongolia
p.227

Preparation of Modified Mordenitem and Application in Processing Mine Drainage
p.231

Purification of Low Grade Ca-Bentonite for Iron Ore Pellets
p.237

Reduction Process of High Phosphorus Oolitic Hematite
p.242

Removing Mechanism of Bacteria of LKD in Bauxite Flotation Separation
p.246

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Preconcentration Research on Mineral Processing for a Extremely Lean Iron Ore in Inner Mongolia

Abstract:

The results show that under the condition of grinding fineness(-200 mesh content) of 52.88% and magnetic field intensity of 0.2T, the index of concentrate yield is 13.25%, concentrate grade is 58.75% and concentrate recovery is 57.32% with preconcentration technology by magnetic separation.