The Development of Preconcentration Technology in Low-Grade Magnetite’s Beneficiation

Author:

Xu Chun Hong1

Affiliation:

1. Inner Mongolia University of Science and Technology

Abstract

Exhaustion of high-grade magnetite resources and large demand for iron ore in the rapidly developing steel industry promotes the mining enterprises to exploit low-grade magnetite. Low-grade magnetite with a low content of valuable minerals is hard to be separated with the conventional separation process flow because of its high beneficiation costs. By preconcentration technology, enriching valuable minerals and discarding large amounts of gangue as soon as possible before grinding, low beneficiation costs can be achieved in low-grade magnetite’s beneficiation. After continuous researches and production practices and the development of relevant efficient crushing and separating equipments, preconcentration technology has made great progress: from crushing-dry magnetic separation technology to grinding-wet magnetic separation technology, then to ultrafine crushing-wet magnetic separation technology. Now preconcentration has become an indispensable stage in low-grade magnetite’s beneficiation.

Publisher

Trans Tech Publications, Ltd.

Subject

General Engineering

Reference5 articles.

1. Shihu Qian and WenHua Zhao, The application of preconception technology in iron ore beneficiation, Journal of Anhui Vocational College of Metallurgy and Technology, Vol. 18 Jan. 2008, pp.5-7, in Chinese.

2. Chuanying Li, Yuanqing Liu and Leyi Lin, Optimization of the magnetite preconcentration technology, Express Information of Mining Industry, Serial No. 444, June. 2006, pp.376-378, in Chinese.

3. Bingquan Sun, Present situation and development trend of ultra-poor iron ore resources utilization technology, Metal Mine, Series No. 391, January 2009, pp.9-11, in Chinese.

4. Min Xue, The application and discussion of high pressure roller mill, Metal Mine, Series No. 405, March 2010, pp.111-112, in Chinese.

5. Douglas W. FUERSTENAU and Abdel-Zaher M. ABOUZEID, The performance of the high pressure roll mill, Fizykochemiczne Problemy MLQHUalurgii, 32 (1998), p.227–241.

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