The drying kinetics of pullulan and pullulan-PEG film forming solutions were investigated. The results were as followed: the drying curves of pullulan-based films were divided into three stages: the rising rate, the falling rate, and the constant rate period; four mathematical models were fitted to the experimental data; among the drying models considered, the Wang and singh model was found to satisfactorily describe the drying kinetics of pullulan solutions. However, Modified Page equation-II model was found to satisfactorily describe the drying kinetics of pullulan-PEG solutions. As the drying temperature increased from 40 ℃ to 70 ℃, the effective moisture diffusion coefficient (D_eff) of pullulan and pullulan-PEG samples increased from 0.019 6×10^-11 m/s2 to 0.255 7×10^-11 m/s2, and from 2.400×10^-11 m/s2 to 11.388×10^-11 m/s2, respectively. As the drying temperature increased, D_eff of pullulan based film forming solutions increased, whereas the D_eff of pure pullulan samples was lower than that of pullulan-PEG. Moreover, drying activation energy of pullulan and pullulan-PEG blend samples was 9 114.8 kJ/mol, and 2 475.2 kJ/mol, respectively.