Research on Improving the Classification-Gravity Concentration Technology Based on an Anshan-Type Low-Grade Hematite Ore

Bao Yu Cui; De Zhou Wei; Rui Yang Zhang; Si Yao Zhang

doi:10.4028/www.scientific.net/AMR.454.256

Paper Titles

Purification of Low Grade Ca-Bentonite for Iron Ore Pellets
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Reduction Process of High Phosphorus Oolitic Hematite
p.242

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

Research on Copper-Sulphur Separation of Dongguashan Copper Ore
p.251

Research on Improving the Classification-Gravity Concentration Technology Based on an Anshan-Type Low-Grade Hematite Ore
p.256

Research on Pulverizing Characteristic of Woody Biomass by Cutting Mill
p.261

Research on the Reaction Behavior of Rare Earth Elements in Reduction
p.268

Semi-Arid Region Analysis of Soil Physicochemical Property in Mine Spoils and Phytoremediation Research
p.273

Separation Test of Andalusite Ore Containing Carbon from Fengcheng City Liaoning
p.279

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 454Research on Improving the Classification-Gravity...

Research on Improving the Classification-Gravity Concentration Technology Based on an Anshan-Type Low-Grade Hematite Ore

Abstract:

The beneficiation of Anshan-type low-grade hematite ores attracts more and more attention. Complicated beneficiation flow sheets are necessary to deal this type of ores. Classification-gravity concentration technology is used widely in these flow sheets because of its characteristics. In this paper, grinding characteristics and classification-gravity concentration tests were carried out based on the ore’s mineralogical characteristics. When the ground size of the ore was 75% -0.071mm, through beneficiation by the flow sheet of classification-gravity concentration-middle intensity magnetic separation discarding, a satisfactory concentrate assaying 67.58% Fe, 47.51% recovery was obtained, and the iron grade and yield of the tailings were 5.93% and 39.77% respectively. The controlling of the size distribution and the behavior of finer hematite grains is important and efficiency in beneficiation of Anshan-type hematite ores.

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Periodical:

Advanced Materials Research (Volume 454)

Pages:

256-260

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.454.256

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Online since:

January 2012

Authors:

Bao Yu Cui, De Zhou Wei, Rui Yang Zhang, Si Yao Zhang

Keywords:

Anshan-Type Low-Grade Hematite Ore, Classification-Gravity Concentration, Size Distribution, Technology Optimization

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