通过立水套温差来指导侧吹炉生产的研究OA

To solve the problem of difficulty in predicting the grade of ice copper and lagging production adjustments in the side blowing top blowing linkage process,this study explores the application value of the temperature difference in the vertical water jacket of the side blowing furnace.The iron components associated with copper concentrate directly affect the working conditions of the top blowing furnace through slagging reactions.Grade fluctuations can lead to slag disorder,loss of thermal balance,and frequent adjustments in operation.Grade detection relies on post assay analysis,and regulation is severely lagging behind.Research has found that there is a negative correlation between the temperature difference of the vertical water jacket and the grade of ice copper,and the change in temperature difference can reflect the slag type parameters(silica degree)and the generation consumption balance of magnetic oxides(Fe3O4)in the furnace.Meanwhile,a sudden increase in temperature difference can serve as an early warning signal for furnace lining damage.The temperature difference monitoring of the vertical water jacket provides a technical basis for predictive control of the side blowing furnace,and a quantitative model can be established to optimize the process in the future.