Abstract:The efficiency of a gasification process is directly related to the rate of biomass conversion into product gas. The rate of fuel conversion depends on the interaction of fuel with the bed material, the gasifying agent, and the residence time of fuel particles. The interactions and the residence time depend on the fuel feeding positions along the height of the reactor. Thus, the fuel feeding position in a gasification reactor is an important parameter that influences the efficiency of the gasification process;… Show more
“…Wang et al [314] performed coal gasification in a CFB in order to compare on-bed feeding and feeding from the loop seal (the feed was injected into the bed), and reported that coal feeding by loop seal was an effective way to improve the gasification performance because the residence time was prolonged by making the coal to circulate through the whole furnace. The same conclusion was drawn by [328] based on a CPFD model for a fluidized bed reactor.…”
“…Wang et al [314] performed coal gasification in a CFB in order to compare on-bed feeding and feeding from the loop seal (the feed was injected into the bed), and reported that coal feeding by loop seal was an effective way to improve the gasification performance because the residence time was prolonged by making the coal to circulate through the whole furnace. The same conclusion was drawn by [328] based on a CPFD model for a fluidized bed reactor.…”
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