Effect Of Mgo On Emergence Of Blast Furnace Primary Slag With Comprehensive Furnace Burden

The Minerals, Metals and Materials Society
Kaifa Zhang Shengli Wu Wei Huang Xinliang Liu Juan Zhu Kaiping Du
Organization:
The Minerals, Metals and Materials Society
Pages:
7
File Size:
350 KB
Publication Date:
Jan 1, 2015

Abstract

Based on the furnace burden of high content of Al2O3, the process of softening and melting and the characteristic of primary slag were studied with the increase of MgO content in the sinter and adding some MgO into the pellet. The results showed that the content of MgO in the primary slag increased with the increase of MgO in the sinter and pellet. Meanwhile, the permeability of the furnace burden was improved because of low viscosity of high MgO primary slag. Compared with the increase of MgO content in the sinter, the increase of MgO content in the pellet can improved the softening and melting characteristic of the comprehensive furnace burden more effectively. More Mg-bearing pellet should be chosen in the comprehensive furnace burden for the purpose of improvement the fluidity of primary slag and the permeability of the furnace burden in the burden of high Al2O3 content.
Citation

APA: Kaifa Zhang Shengli Wu Wei Huang Xinliang Liu Juan Zhu Kaiping Du  (2015)  Effect Of Mgo On Emergence Of Blast Furnace Primary Slag With Comprehensive Furnace Burden

MLA: Kaifa Zhang Shengli Wu Wei Huang Xinliang Liu Juan Zhu Kaiping Du Effect Of Mgo On Emergence Of Blast Furnace Primary Slag With Comprehensive Furnace Burden. The Minerals, Metals and Materials Society, 2015.

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