Lignin exists widely in nature and is a potential substitute for traditional fossil fuels. The
technology of producing alkanes from lignin and its derivatives has been extensively studied …

Human activities such as burning fossil fuels for energy production have contributed to the
rising global atmospheric CO 2 concentration. The search for alternative renewable and …

In this study, Sn modified molecular sieves with Lewis (L) acid center and Al modified
molecular sieves with Brönsted (B) acid center were prepared by post-synthesis method …

The utilization of lignin, an abundant and renewable bio-aromatic source, is of significant
importance. In this study, lignin oxidation was examined at different temperatures with …

Pyrolysis oil comprises compounds with a broad range of functional groups making its
thermal/catalytic upgrading challenging due to the formation of undesired char. In this …

Pyrolysis oil (PO) assisted Kraft lignin (KL) liquefaction over an unsupported NiMoS catalyst
in a paraffin solvent was explored in this work. A paraffin solvent was used to represent …

This work compared hydrocracking and cracking of pyrolytic lignin (PL) for light (single-ring
and double-ring) aromatics production over Ni-based catalysts. Due to the supports' original …

In this study, a series of cobalt metal (Co)[2, 5, 10, and 15 wt%]-supported calcium oxide
(CaO) catalysts were synthesized and tested for the catalytic depolymerization of lignin …

Efficient hydrodeoxygenation (HDO) catalysts are of great important for converting biomass
to value-added chemicals and fuels. Herein, a novel strategy was proposed for preparing a …

Abstract Carbon-supported Fe-Mo bimetallic catalysts were synthesized for the thermal
catalytic ethanolysis of lignin to liquid fuels composed of aromatic monomers. A yield of 40.7 …