BFG combustion causes an increase in CO 2 and CO emissions, since those fuels are the main fuel components of the mixture. In addition, relevant image features and chemiluminescence emission spectra have been extracted from flames, using advanced optical devices. We evaluate several stable combustion conditions by burning different BFG/CH 4 mixtures at a constant power rate over a wide range of air/fuel equivalence ratios. This work analyzes the combustion behavior and monitoring of BFG/CH 4 blends in a laboratory premixed fuel burner. Nevertheless, the implementation of this solution on an industrial scale requires a continuous control of the combustion due to the low calorific value of BFG. The use of blast furnace gas (BFG) as a fuel provides an alternative for waste stream valorization in the steel industry, enhancing the sustainability and decarbonization of its processes.
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