Characterizing potassium-assisted lignocellulose pyrolysis process based on the multi-parallel compensation-simplified distributed activated energy model (CS-DAEM)
Potassium-assisted biomass pyrolysis is highly efficient for product poly-generation and upgrading. In this study, kinetics modeling of over-saturated potassium (K 2 CO 3 )-assisted lignocellulose pyrolysis process was carried out by using the modified Friedman-based master plot (MF-MP) method combined with multiple-parallel compensation-simplified distributed activation energy model (CS-DAEM). The effects of K 2 CO 3 dosage on the lignocellulose pyrolysis process were also studied. MF-MP results show that all the K 2 CO 3 -assisted pyrolysis p...
