ժҪ Primary distribution of coal gas in blast furnace raceway has an important effect on combustion of coke and pulverized coal injection, as well as whole ironmaking process. According to practical production parameters of No. 5 blast furnace in Chongqing iron & steel Co. LTD, the theoretical calculation model recommended by Nomura is adopted to determine penetration depth, height and width of raceway. Three-dimensional cold model of blast furnace raceway is established. Coal gas component concentration distribution of vertical section and cross section in blast furnace raceway is simulated using natural gas.
Abstract��Primary distribution of coal gas in blast furnace raceway has an important effect on combustion of coke and pulverized coal injection, as well as whole ironmaking process. According to practical production parameters of No. 5 blast furnace in Chongqing iron & steel Co. LTD, the theoretical calculation model recommended by Nomura is adopted to determine penetration depth, height and width of raceway. Three-dimensional cold model of blast furnace raceway is established. Coal gas component concentration distribution of vertical section and cross section in blast furnace raceway is simulated using natural gas.
Sheng-fu ZHANG Liang-ying WEN Chen-guang BAI Gui-bao QIU Feng WANG. Cold Model Study of Coal Gas Component Concentration Distribution in Blast Furnace Raceway[J]. �й������ڿ���, 2009, 16(6): 1-6.
Sheng-fu ZHANG Liang-ying WEN Chen-guang BAI Gui-bao QIU Feng WANG. Cold Model Study of Coal Gas Component Concentration Distribution in Blast Furnace Raceway. Chinese Journal of Iron and Steel, 2009, 16(6): 1-6.
2009, Vol. 16 
