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首页> 外文期刊>International Journal of Minerals,Metallurgy and Materials >Relationship between copper content of slag and matte in the SKS copper smelting process
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Relationship between copper content of slag and matte in the SKS copper smelting process

机译:SKS铜冶炼过程中炉渣铜含量与薄铍之间的关系

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摘要

In the newly developed oxygen-enriched bottom-blowing copper smelting process (also known as the SKS copper smelting process), Cu loss in slag is one of the most concerning issues. This paper presents our research results concerning the relationship between the Cu content of the matte and slag in the SKS process; the results are based on actual industrial production in the Dongying Fangyuan copper smelter. The results show that the matte grade strongly influences Cu losses in slag. The dissolved and entrained losses account for 10%-20% and 80%-90% of the total SKS industrial Cu losses in slag, respectively. With increasing matte grade, the dissolved and entrained Cu losses in the SKS slag both increase continuously. When the matte grade is greater than 68%, the content of Cu in the smelting slag increases much more dramatically. To obtain a high direct recovery of copper, the matte grade should be less than 75% in industrial SKS copper production.
机译:在新开发的氧气富吹铜冶炼过程中(也称为SKS铜冶炼过程),渣中的铜损失是最有关的问题之一。 本文介绍了我们对SKS过程中遮罩和渣的CU含量与炉渣之间的关系的研究; 结果基于东营方园铜冶炼厂的实际工业生产。 结果表明,磨砂级强烈影响矿渣中的铜损失。 溶解和暂存的损失分别占渣中总SKS工业Cu损失的10%-20%和80%-90%。 随着哑光级的增加,SKS渣中的溶解和诱捕的Cu损失均连续增加。 当磨砂等级大于68%时,冶炼渣中的Cu的含量会急剧增加。 为了获得高直接回收铜,磨砂级应小于工业SKS铜生产中的75%。

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