高钛高炉渣热装碳化电炉电系统设计

Design of Melting Furnace Electrical System for Hot Charge with High Titanium Blast Furnace Slag

高钛型高炉热渣分离或提取金属钛,采用大功率埋弧电炉进行高温碳化冶炼,碳化电炉的冶炼工艺复杂,能耗大,负载非线性,选取合理的设计参数和供电控制设备,提高热装碳化还原电炉的综合电气自动化水平,改善电炉碳化还原反应的动态性能,高炉热渣热装冶炼将逐步实现工业化生产。

Extracting metallic titanium or separating hot slag of high titanium blast furnace,adopts high temperature carbide smelting for high power submerged arc furnace,which smelting process is complex,of high power consumption,load unlinearity,choosing proper parameter and power control system.In order to improve the electric automation level of hot charging carbide reduction furnace,as well as the dynamic property of furnace carbide reduction reaction,the smelting of blast furnace slag will gradually realize industrial production.