Process Design Data for Liquid Phase Pyrolysis of Biogenic Feedstock

摘要

This project focuses on pyrolytic conversion of CHO-feedstock such as fir chips underliquid phase operation conditions. The investigation of the reaction kinetics showed achange in the reaction mechanism at a reaction temperature of 350 [oc]. The activationenergy for a reaction temperature below T = 350 [oc] was found to be 18 [kJ/mol]. Athigher temperatures an activation energy of 105 [kJ/mol] was observed.The temperature has a significant influence on the product distribution and the energybalance.