The MoS 2-based materials are a vital class of heterogeneous catalysts for the
hydrodeoxygenation of lignin and its model compounds to produce value-added chemicals …

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 …

Major hurdles in Kraft lignin valorization require selective cleavage of etheric and C–C
linkages and subsequent stabilization of the fragments to suppress repolymerization …

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 …

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 …

Abstract Two NiMo/Al 2 O 3 catalysts were prepared using impregnation solutions with
different acid-base properties. And the effects of the surface structural differences on FCC …

Bifunctional catalysts based on nickel supported on ZSM-5 and BETA zeolites were studied
in the hydrodeoxygenation of lignin derived model compounds as well as in surrogate …

This study presents a green, simple, and efficient one-pot synthesis approach for a
sustainable lignin nanoparticle biosensor (AL-Por-PP). Lignin was incorporated in a typical …

Biomass thermochemical conversion into liquid fuels offers a sustainable alternative to
traditional fossil fuels. The progressive shift from fossil fuel-based chemicals to bio-oil …

The exploitation of bimetallic catalysts to lignin for sustainable aviation biofuels remains a
daunting challenge due to the low selectivity of aviation biofuel-range hydrocarbons and …