Influence Of Modified Biomass Fuel On Iron Ore Sintering

The Minerals, Metals and Materials Society
Min Gan Xiaohui Fan Zhiyun Ji Xuling Chen Tao Jiang Guanghui Li Zhiyuan Yu
Organization:
The Minerals, Metals and Materials Society
Pages:
8
File Size:
425 KB
Publication Date:
Jan 1, 2015

Abstract

With the increase of proportion of biochar(without modified) replacing coke breeze, the physical strength of sinter decreases due to the faster burning speed of biochar. An investigation upon passivating biochar with boric acid was then conducted to strengthen sintering in this paper. A layer of thin film of B2O3 distributed in the surface of biochar was observed, which could reduce the contact between reaction gas and biochar. So the burning speed of biochar was decreased properly after passivation, and the combustion efficiency increased due to the inhibition of carbon gasification. The comprehensive effects of above changes could increase the maximum temperature of sintering bed, which facilitated to the mineralization of sintering mixtures. Eventually sintering indices got reinforced. Thus the indices of sinter as applying 40% passivated biochar were comparable with that of 100% coke breeze.
Citation

APA: Min Gan Xiaohui Fan Zhiyun Ji Xuling Chen Tao Jiang Guanghui Li Zhiyuan Yu  (2015)  Influence Of Modified Biomass Fuel On Iron Ore Sintering

MLA: Min Gan Xiaohui Fan Zhiyun Ji Xuling Chen Tao Jiang Guanghui Li Zhiyuan Yu Influence Of Modified Biomass Fuel On Iron Ore Sintering. The Minerals, Metals and Materials Society, 2015.

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