Abstract
Thermal destruction kinetics of coal and solid biomass mixtures
Highlights
The work deals with the research on the kinetics of constituent stages of the combustion process of biomass as an individual fuel and as blends with low reactive anthracite coal from the Donetsk Coal Basin
It should be noted that today the topics of the kinetic studies of solid fuels thermal degradation became an undisputed leader among the research in the field of thermophysics of combustion and multidisciplinary studies on the processing and preparation of solid fuels in the energy sector [1–8]
This is due to the involvement of a variety of biomass types which is used as an alternative fuel in the national energy sectors of countries, both for the purpose of substantially expanding the market of energy resources and with the need to utilize a large amount of solid household waste, waste from the agrarian and food industries [1–7].Wide implementation of co-combustion technologies into the national power sectors renders revitalization effect on the environments, since the said technology allows a significant decrease of harmful substances release primarily into the atmosphere [10]
Summary
It should be noted that today the topics of the kinetic studies of solid fuels thermal degradation became an undisputed leader among the research in the field of thermophysics of combustion and multidisciplinary studies on the processing and preparation of solid fuels in the energy sector [1–8] This is due to the involvement of a variety of biomass types which is used as an alternative fuel in the national energy sectors of countries, both for the purpose of substantially expanding the market of energy resources and with the need to utilize a large amount of solid household waste, waste from the agrarian and food industries [1–7].Wide implementation of co-combustion technologies into the national power sectors renders revitalization effect on the environments, since the said technology allows a significant decrease of harmful substances release primarily into the atmosphere [10]. The technologically attainable sizes of crushed biomass typically surpass typical sizes of coal dust particles by 2–4 orders Under these circumstances, particular attention should be paid to the proper designing of boiler furnaces and pulverized solid fuel burners to ensure the complete burnout of the coke residue of biomass
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