简介概要

Improving the sintering performance of blends containing Canadian specularite concentrate by modifying the binding medium

来源期刊:International Journal of Minerals Metallurgy and Materials2018年第6期

论文作者:Feng Zhang De-qing Zhu Jian Pan Ya-ping Mo Zheng-qi Guo

文章页码:598 - 608

摘    要:Canadian specularite concentrate(CSC) possesses high total iron grade and low impurity content. However, due to the poor granulating performance and weak reactivity of CSC at high temperature, the proportion of CSC used in sintering blends is restricted. In this research, the effects of fine limonite, slake lime, and bentonite particles on the granulation performance of blends containing a high ratio of CSC were studied through granulation test. Based on the test results, the effects of modification of the binding medium on the sintering performance of blends containing a high ratio of CSC were revealed by the sintering pot test. Both the granulation property and sintering performance of blends with a high proportion of CSC were improved by modifying the binding medium.

详情信息展示

Improving the sintering performance of blends containing Canadian specularite concentrate by modifying the binding medium

Feng Zhang1,De-qing Zhu1,Jian Pan1,Ya-ping Mo2,Zheng-qi Guo1

1. School of Minerals Processing and Bioengineering, Central South University2. Investment Management Department of Wuhan Iron and Steel Company Limited

摘 要:Canadian specularite concentrate(CSC) possesses high total iron grade and low impurity content. However, due to the poor granulating performance and weak reactivity of CSC at high temperature, the proportion of CSC used in sintering blends is restricted. In this research, the effects of fine limonite, slake lime, and bentonite particles on the granulation performance of blends containing a high ratio of CSC were studied through granulation test. Based on the test results, the effects of modification of the binding medium on the sintering performance of blends containing a high ratio of CSC were revealed by the sintering pot test. Both the granulation property and sintering performance of blends with a high proportion of CSC were improved by modifying the binding medium.

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