摘要
本文运用反应动力学原理,分析影响卡尔多炉强化吹炼铜阳极泥反应速率的因素,针对性的开展相关试验。试验表明,控制吹炼氧压、氧浓度,加大反应界面面积,能实现高强度冶炼,缩短冶炼时间。
This paper analyzes the factors affecting the reaction speed of forced converting copper anode slime by Kaldo furnace with the reaction kinetic principle. The tests show that high-intensity smelting can be achieved and smelting duration can be shortened by controlling the oxygen pressure and concentration used for converting and increasing the reaction interface area.
出处
《中国有色冶金》
CAS
2018年第1期17-20,共4页
China Nonferrous Metallurgy
关键词
卡尔多炉
高强度冶炼
动力学
Kaldo furnace
high-intensity smelting
kinetics
