In this work about pyrolysis of lignocellulosic biomass, the individual reaction mechanisms of
cellulose, hemicellulose and lignin are initially described. The recent advances in the …

The thermal decomposition of woody biomass in the absence of oxygen, or pyrolysis, is a
series of complex reactions involving hundreds of compounds. The species of residue, form …

Energy and exergy analyses were performed to evaluate the pyrolysis of the lignocellulosic
biomasses, beech wood and flax shives, and the pyrolysis of biomass principal compounds …

Fast pyrolysis of biomass converts it mainly into bio-oil, which is incapable of being utilized
directly as drop-in fuel because of high oxygen content, unstable nature, and lower heating …

Dual fluidized bed (DFB) systems for biomass gasification consist of two connected fluidized
beds with a circulating bed material in between. Inside such reactor systems, rough …

The valorization of resources from biomass and plastic waste using thermochemical
platforms is an innovative approach. Pyrolysis is thermochemical technology that is very …

Biomass waste contains an abundant source of energy that can be transformed into high-
calorific fuel during intermediate pyrolysis, consequently reducing the use of fossil fuel …

In light of the latest regulations in the energy sector, renewable energy sources are quickly
becoming more important. Among renewable energy sources, the one that has the greatest …

Pyrolysis involves heating of a feedstock from room temperature in an oxygen-deficient
atmosphere, during which the heating at low temperature could potentially change the …

Based on the evolution of volatile and solid products predicted by a previous model for
willow torrefaction (Bates and Ghoniem, 2012) a thermochemical model has been …