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The packed bed reactor have wide applications in the different chemical processes, such as the absorption,1) the distillation,2) the stripping,3) the separation,4) the solid fuel combustion,5) and the iron ore sintering process.6,7) The carbon combustion in the packed bed supports desired temperatures for the chemical reactions in the sintering process,8) which significantly affects yield and quality of products.9,10) Therefore, lots of efforts on temperature profile optimization have been made by controlling carbon grain size distribution,11,12) blowing natural gas,13,14) and so on. On the other hand, the duration above a specific temperature also makes an important influence on the reaction kinetics in the packed bed,15,16) which has been widely investigated by experimental17–23) and numerical24–29) studies over the past decades. Machida et al.30) established a relationship between products’ strength and the duration A Visualization Method of Quantifying Carbon Combustion Energy in the Sintering Packed Bed