The Production Practice on Digesting Solid Wastes in Blended Material for Sinter

Shi Rong Xia; Hong Zhen Sun

doi:10.4028/www.scientific.net/MSF.561-565.1707

Paper Titles

Processing and Mechanical Properties of Porous Titanium-Niobium Shape Memory Alloy for Biomedical Applications
p.1689

Mechanical and Thermal Properties of Micro-Closed Cellular Materials Containing Different Materials from that of Cell Walls
p.1693

Unusual Wetting Behavior of Liquid Metals on Porous Layer Formed at Surface of Iron Substrate Prepared by Oxidation-Reduction Process
p.1699

Oxidation Behavior of Cu Nanoparticles and Formation of Hollow Cu₂O Spheres
p.1703

The Production Practice on Digesting Solid Wastes in Blended Material for Sinter
p.1707

Fabrication of Functionally Porous Structures by the Sheet Lamination Method
p.1711

Room Temperature Superplastic Deformation of Closed-Cell Zinc Alloy Foams
p.1715

Physicochemical Properties of Carbons Prepared from Physic Nut Waste by Phosphoric Acid and Potassium Hydroxide Activations
p.1719

Degradation Mechanisms of Pressure Vessel Internal Steel (18Cr-10Ni-Ti) Irradiated with Heavy Ions
p.1725

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The Production Practice on Digesting Solid Wastes in Blended Material for Sinter

Abstract:

To comprehensive utilize the large amount of solid wastes from the production process, Iron making plant gradually increases solid wastes proportion in blended material for sinter by a series of process improvement and equipment upgrading. These approaches optimize technology index of blended material and provide refined material for blast furnace. Thus it creates considerable economic and social benefits the environmental via economizing the resources and reducing the environmental burden.