Biomass gasification technology, as an efficient renewable energy solution, has garnered widespread attention. This study uses experimental data and exergy analysis to comprehensively investigate the impact of key process parameters such as temperature, Equivalence Ratio (ER), Steam to Carbon ratio (S/C), bed pressure, agents, catalysts, and raw material characteristics on the efficiency of biomass fluidized bed gasification. The findings suggest that higher temperatures significantly enhance the exergy and production rates of gas by improving thermodynamic and kinetic conditions. An optimal E...
