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SS Manufacture - Indian Practice and Electrical Perspective

机译:SS制造 - 印度实践和电气观点

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The major route for SS production has been via EAF. The challenge of decarburising the melt with oxygen in the presence of high levels of chromium has been handled through AOD and VOD processes. In plants manufacturing other alloys as well as SS, high carbon liquid steel is produced in the EAF, without any chromium addition. All Chrome addition takes place in the AOD, increasing the process time, cost, temperature and refractory wear. EAF has high oxygen consumption and foaming arc allowing long arcs. In SS plants, the EAF charge consists of SS/MS scrap high C ferrochrome. Minimal oxygen is used and 85% of energy is electrical. Foaming slag practice has not been successful till now. Short arc lengths are used. Proper choice of Electrode Regulation System and Smart Furnace Melt program are essential. Modern Electrode Regulators are similar in regulation speeds. Hence the choice must be based on the diagnostic and analytic features and other special features which can eliminate VCB trippings and Electrode breakages.
机译:SS生产的主要路线已通过EAF。通过AOD和VOD方法处理了在高水平的铬存在下与氧气脱碳熔体的挑战。在制造其他合金以及SS的植物中,高碳液钢在EAF中产生,没有任何铬添加。所有铬加入都会在AOD中进行,增加处理时间,成本,温度和耐火磨损。 EAF具有高氧气消耗和发泡弧,允许长弧。在SS植物中,EAF电荷由SS / MS废除高C铬铁组成。使用最小氧气,85%的能量是电气。泡沫渣练习直到现在。使用短弧长。 Proper choice of Electrode Regulation System and Smart Furnace Melt program are essential.现代电极调节器的调节速度相似。因此,选择必须基于诊断和分析特征和其他特殊功能,可以消除VCB滴量和电极破损。

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