Simulation and Thermal Analysis of the Effect of Fuel Size on Combustion in an Industrial Biomass Furnace

摘要: In stoker-firing furnaces, possible conditions created by adverse characteristics are excess fuel size and rapid changes in moisture. The may lead to reduced suspension burning grate piling, while the moisture content of leads slugging furnace, piling clinkering, heat damage grates. Bagasse is one such biomass fuel, a renewable energy source used stoker-fired furnaces sugar industry for power generation. has various particles sizes. particle sizes have their own influence on combustion furnace. This paper explains simulation experimental work conducted bagasse thermal decomposition different with sophisticated tests. results obtained validate carried out combustion. distribution temperature fields locations inside furnace well predicted.