电弧炉工作空间精加工阶段半成品加热电弧热回收的特点

A. Sazonov, E. Merker, A. Kozhukhov
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引用次数: 0

摘要

通过分析计算来确定液体熔体的热回收程度,这取决于电模式和炉渣的残余高度。结果表明,尽管使用了自动化系统,但半成品的攻丝温度并不总是符合工艺文件中规定的温度。在这方面,有一段时间的“精加工”,这是在较低的电压步骤下进行的,并且熔体表面上的残余渣质量最小。渣质量的增加导致出渣后钢包内干舷值的降低,从而在钢包处理过程中导致其下降,并损失昂贵的附加材料。在对所得数据分析的基础上,提出了在炉膛残渣固定高度改变电参数以提高“精加工”阶段电弧热回收程度的方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Peculiarities of electric arcs heat recovery at semi-product heating in the EAF working space during finishing period
Analytical calculations carried out to determine the degree of heat recovery by a liquid melt depending on the electric mode and the residual height of the furnace slag. It was shown that despite the use of automation systems, the temperature semiproduct tapping does not always correspond to the one specified in the process documentation. In this regard, there is a period of “finishing”, which is carried out at lower voltage steps and with a minimum residual mass of slag on the surface of the melt. An increase in slag mass leads to a decrease in the “freeboard” value in the steel ladle after tapping, which, in consequence, can lead to its downloading during ladle treatment procedure, with the loss of expensive additional materials. Based on the analysis of the data obtained, options proposed for improving the degree of heat recovery of electric arcs during the “finishing” period by changing the electrical parameters at a fixed height of residual slag in the furnace.
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