理论燃烧温度对高炉生产的影响  

Effect of Theoretical Combustion Temperature on Blast Furnace Production

作　　者：马琦琦 解成成 左俊 郭其飞 梁晨 MA Qiq;XIE Chengcheng;ZUO Jun;GUO Qifei;LIANG Chen(Maanshan Iron and Steel Company Ltd.,Maanshan 243000,China)

机构地区：[1]马鞍山钢铁股份有限公司,安徽马鞍山243000

出　　处：《山东冶金》2023年第6期29-31,33,共4页Shandong Metallurgy

摘　　要：根基燃烧热平衡导出式,利用马钢现有高炉操作参数及原燃料条件,计算研究了风量、风温、富氧率、喷煤及鼓风湿度对理论燃烧温度的影响。研究得出,在马钢B高炉现有原燃料及操作工艺条件下,风量、风温、富氧率、喷煤及鼓风湿度每变化100 m^(3)/min、10℃、0.25%、5 kg/t、1 g/m^(3),理论燃烧温度分别变化1、8、8、8、8℃左右。The effects of air volume,air temperature,oxygen enrichment rate,coal injection and blast humidity on theoretical combustion temperature were calculated and studied by using the basic combustion heat balance derived formula and the existing BF operating parameters and raw fuel conditions in Masteel.The results show that under the existing raw fuel and operating process conditions of B blast furnace of Masteel,the theoretical combustion temperature changes by 1,8,8,8,8 for each change of air volume,air temperature,oxygen enrichment rate,coal injection and blast humidity by 100 m^(3)/min,10℃,0.25%,5 kg/t and 1 g/m^(3).

关 键 词：理论燃烧温度 风温 富氧率 喷煤 鼓风湿度 

分 类 号：TF543[冶金工程—钢铁冶金]