Research on Technology of Reducing Iron and Steel Consumption in Whole Process of Steelmaking

Long Kui Jiang

doi:10.4028/www.scientific.net/AMR.581-582.1072

Paper Titles

High Temperature Deformation Behavior and Corrosion Resistance of 2205 Duplex Stainless Steel under Strain Rate of 0.5s^-1
p.1054

Influence of pH on the Electrochemical Bahavior of 00Cr15Ni7Mo2Cu2 Supermartensitic Stainless Steel in 3.5% NaCl Solutions
p.1058

Non-Metallic Inclusions Control for High Strength Anti-HIC X65 Tube Steel
p.1062

Research on Hydrometallurgical Purification of Microimpurity in SiGe Alloy Tailings
p.1068

Research on Technology of Reducing Iron and Steel Consumption in Whole Process of Steelmaking
p.1072

Study on Technology of KR Desulfurization for Hot Metal with Vanadium and Titanium
p.1077

Studying on Leaching Low Grade Copper Oxide Ore in the System of NH₄CO₃-H₂O
p.1083

The Study of Color Film Phosphating Process in Steel before Coating
p.1088

Ratio of Magnesium in Prepared High Titanium Ferroalloy with Titanium Concentrate and Titanium Slag by Thermite Reduction
p.1092

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Research on Technology of Reducing Iron and Steel Consumption in Whole Process of Steelmaking

Abstract:

Connected features of iron and steel consumption in whole process of steelmaking in PanGang, by reducing the iron loss of desulfurization and vanadium extracting, reducing content of TFe of terminal slag in converter steelmaking, and reducing iron and steel consumption of continuous casting, the iron loss of desulfurization and vanadium extracting is reduced to 5.21% from 5.39%, and the content of TFe of terminal slag is reduced to 19.47% from 21%. Iron and steel consumption in whole process reaches to 1145.45 kg/t steel which is reduced effectively.