Behaviour of iron during reduction of slag obtained from copper flash smelting
Behaviour of iron during reduction of slag obtained from copper flash smelting
复制标题
铜闪速熔炼炉渣还原过程中铁的行为
作者：
G. Siwiec;M. Sozańska;L. Blacha;A. Smalcerz
G. Siwiec，M.索扎沃斯卡湖Blacha，A. Smalcerz Silesian University of Technology，Katowice，波兰在闪速熔炼炉中生产铜的工艺过程中，产生具有高金属含量的炉渣，例如铜、铅和铁。这些炉渣的化学组成不同于铜精矿闪速熔炼或熔池熔炼过程中获得的炉渣。采用KGHM的技术，在电炉中进行熔融还原过程中处理本文中讨论的炉渣。结果，获得Cu-Pb-Fe合金，并与含Ca的废渣一起进行沿着吹炼过程。0.5%质量Cu。本文分析了铁在各种细粒含碳材料作还原剂的炉渣还原过程中的行为研究结果。
G. Siwiec, M. Sozańska, L. Blacha, A. Smalcerz Silesian University of Technology, Katowice, Poland In a technological process of copper production in the flash smelting furnace, slags with high metal contents, such as copper, lead and iron, are generated. These slags differ in their chemical compositions from slags obtained in processes of copper concentrate flash smelting or bath smelting. With the technology used at KGHM, the slag discussed in the article is processed during smelting reduction that is carried out in the electric furnace. As a result, a Cu-Pb-Fe alloy is obtained and subjected to the converting process along with waste slag which contains ca. 0,5 % mass Cu. The article presents an analysis of results of the research on behaviour of iron in the course of slag reduction where diverse fine-grained carbon-bearing materials function as reducers.