冶金能源
冶金能源
야금능원
ENERGY FOR METALLURGICAL INDUSTRY
2014年
4期
16-20
,共5页
焦炭%高炉%溶损反应%碳素消耗%里斯特操作线
焦炭%高爐%溶損反應%碳素消耗%裏斯特操作線
초탄%고로%용손반응%탄소소모%리사특조작선
coke%blast furnace%solution loss reaction%carbon consumption%Rist operating line
利用生产高炉冶炼参数，计算得到不同焦炭溶损反应起始温度下的高炉操作线，分析了焦炭溶损反应起始温度对高炉冶炼和技术经济指标的影响。结果表明：焦炭溶损反应起始温度对高炉操作参数有显著影响。随着焦炭溶损反应起始温度的降低，高炉还原剂消耗降低，炉顶煤气利用率提高，直接还原度降低。
利用生產高爐冶煉參數，計算得到不同焦炭溶損反應起始溫度下的高爐操作線，分析瞭焦炭溶損反應起始溫度對高爐冶煉和技術經濟指標的影響。結果錶明：焦炭溶損反應起始溫度對高爐操作參數有顯著影響。隨著焦炭溶損反應起始溫度的降低，高爐還原劑消耗降低，爐頂煤氣利用率提高，直接還原度降低。
이용생산고로야련삼수，계산득도불동초탄용손반응기시온도하적고로조작선，분석료초탄용손반응기시온도대고로야련화기술경제지표적영향。결과표명：초탄용손반응기시온도대고로조작삼수유현저영향。수착초탄용손반응기시온도적강저，고로환원제소모강저，로정매기이용솔제고，직접환원도강저。
Base on the smelting parameters of blast furnace , the blaster furnace operating lines with different starting temperature of coke solution loss reaction were derived .The effect of staring tempera-ture of coke solution loss reaction on smelting parameters and technical -economical index was ana-lyzed.The results indicated that starting temperature of coke reaction was discovered to has a signifi -cant impact on carbon consumption in BF .With the increasing of initial reaction temperature , reduc-tion agent consumption and degree of direct reduction in BF decreased and simultaneously , utilization ratio increased.
