Beneficiability Study of the Blast Furance Dust from Tangshan Iron and Steel Company

Jin Xia Zhang; Fu Sheng Niu; Li Li; Jun Xie

doi:10.4028/www.scientific.net/AMR.712-715.420

Paper Titles

Prediction of Leakage Based on the Change of the Surface Topography
p.399

Study on Al Coating and Black Passive Film on Steel Surface
p.403

Study on Browning Degree of Fresh-Cut Purple Sweet Potato and its Inhibition during Storage
p.409

Preparation and Research of Porous Hydroxyapatite Whiskers/KGM Composite Bone Scaffolds
p.415

Beneficiability Study of the Blast Furance Dust from Tangshan Iron and Steel Company
p.420

The Manufacture and Nutritional Analysis of the Solanum tuberosum Jam with Material Properties
p.424

Effects of Temperature on the Growth and Product Accumulation of Chlorella sp.
p.428

A Theoretical Model Research of Rice Water Stress Index Based on Automated Infrared Thermal Imaging
p.433

Rapid Biomimetic Deposition of Drug-Loaded Apatite Coatings
p.439

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 712-715Beneficiability Study of the Blast Furance Dust...

Beneficiability Study of the Blast Furance Dust from Tangshan Iron and Steel Company

Abstract:

Through the analysis and study the properties, characteristics and present conditions of the flue slime of blast furnace dust, a suggestion was made of recovering carbon and iron concentrate from the blast furnace dust using a beneficiation technology consisting of gravity separation-flotation. The laboratory test results indicated that it can obtain the iron/carbon concentrate with a grade of iron 53.41%, carbon 65.21% at a recovery rate of iron 51.33%, carbon 69.29%. This mineral processing technology achieved good technical and economical results, reaching the expected effect. The technology can be applied in production and popularized.