The Development of China's Primary Copper Smelting Technologies

The Minerals, Metals and Materials Society
Kaixi Jiang Lan Li Yaping Feng Haibei Wang Bang Wei
Organization:
The Minerals, Metals and Materials Society
Pages:
11
File Size:
690 KB
Publication Date:
Jan 1, 2012

Abstract

"China is currently the world's largest copper producer. In the last five years, 950 kt/y of smelting capacity was commissioned. Currently, about 1200 kt/y smelting capacity is under construction and about 2000 kt/y smelting capacity is under feasibility study. Ausmelt/ISA smelting and flash smelting technologies were commonly adopted in China. After the double-flash-smelter was first adopted in 2004, three new double-flash-smelters are scheduled. Recently, two new copper smelting technologies were developed in China. One is an improved bath side-blown smelting process, and another is the SK.S bottom blowing process. Both technologies have been in practice for over three years and have achieved good technical performance. Approximately 500 kt/y new smelting capacity in China and India will adopt these technologies. Both technologies have the advantages of low investment cost, low energy consumption and high flexibility for complex raw materials. This paper reviews ""green"" copper smelting projects in China and introduces the practices of the two new Chinese smelting technologies.IntroductionPresently, China is the largest copper producer in the world. As far as the smelting of copper is concerned, there are many smelting processes applied in industrial production, such as flash smelting, Noranda smelting, Ausmelt smelting, Isa smelting, the Mitsubishi process, Vanukov smelting, silver copper-smelting, SKS smelting, both side-blown smelting, traditional blast furnace smelting, electric furnace smelting, reverberatery smelting and so on . Except the last three traditional processes that are eliminated because of their failure to meet the requirements for environmental protection, all of the other above-mentioned methods are advanced smelting processes adopted nowadays."
Citation

APA: Kaixi Jiang Lan Li Yaping Feng Haibei Wang Bang Wei  (2012)  The Development of China's Primary Copper Smelting Technologies

MLA: Kaixi Jiang Lan Li Yaping Feng Haibei Wang Bang Wei The Development of China's Primary Copper Smelting Technologies. The Minerals, Metals and Materials Society, 2012.

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