Refining Slag Treatment with Flotation Cell

Author:

Yang Li Jun1,Zhang Yue Jun1,Feng Tian Ran1,Wu Feng1

Affiliation:

1. Beijing General Research Institute of Mining and Metallurgy

Abstract

In past years, the exploitation of mineral resource in our country was stressed on capacity and the solid waste recycle and innocent treatment was ignored. Much valuable metal is associated and coexist with waste, it is in difficult position for present technology to recycle valuable composition in that waste, which leads to valuable component loss and environment pollution. Therefore, the development and utilization of copper refining slag is in significance. In this paper, the advantages and difficulties to process refining slag by flotation method are discussed based on property analysis of copper refining slag. The refining slag is featured by high specific gravity, high concentration, and its particles distributing at both ends of small and large size. A flotation cell with special structure of barrier grid plate and multi-loop channel is developed for refining slag processing, which provides a proper way to solve the sediment problem during refining slag flotation. The application of CLF-40(effective volume,40m3) flotation cell for processing slag mixture from flash furnace and converter is expounded, the production index shows that the Cu grade is up to 27.18% at recovery of 83.93% when slurry concentrate being 70%

Publisher

Trans Tech Publications, Ltd.

Subject

General Engineering

Reference13 articles.

1. Gan Hongcai. The research and practice of Nuodalan refining slag separation in Daye city, J. Hunan Metallurgy. 9(2004)28-34.

2. Wang Xian. Research on the recovery of copper and iron from refining slag[J]. Guangdong Nonferrous Transaction. 2003. 08: 83-88.

3. ZHANG Yan-ping. Technical Analysis of Dry Granulation and Sensible Heat Recovery of Blast Furnace Slag, J. Industrial Furnace. 2(2012)23-28.

4. JIANG Xing-rong. Study on the Process Conditions Extraction of Sulphur from Lead Slag Using Ammonium sulfide, J. Hebei Chemical Industry. 2(2012)23-28.

5. YAO Shu-jun. Comprehensive Recovery Study on A Smelting Slag of Copper, J. Science & Technology Vision. 17(2012)3-7.

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