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Light weight biomass has been considered as a potential biomass fuel to be used in industrial and power-producing furnaces and boilers. This paper presents a comprehensive numerical study of co-firing chunk coal and a kind of light weight biomass, oat hulls (Avena sativa), in a stoker boiler. In this comprehensive model, a one dimensional steady state coal bed model already verified through experimental...
Co-firing of biomass and coal can be beneficial in reducing the carbon footprint of energy production. Accurate modelling of co-fired furnaces is essential to discover potential problems that may occur during biomass firing and to mitigate potential negative effects of biomass fuels, including lower efficiency due to lower burnout and NOx formation issues. Existing coal combustion models should be...
An overview is given of the state of the art of biomass combustion power generation technologies with a capacity of more than 10 MW e . Biomass combustion technologies have been compared on a qualitative basis and a selection of individual biomass combustion power plants has been compared on a quantitative basis. Collected data were modified for comparison of the various power plants in...
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