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This paper deals with assessing the impact of substitution fuel charcoal on the technological parameters of sintering and agglomerate quality. Changes in the quantity and qualitative parameters of fuel in the process of agglomeration affect the maximum sintering temperature and productivity. The maximum temperature varies with calorific value, the amount of fuel and gas-dynamic conditions in the sintered layer. When replacing fuel by solid biomass, an important parameter is also quantity ofdoi:10.12776/amsc.v4i0.258 fatcat:g4urgpjogzhnrdbftenyphea5a