Article offers a review of the mechanisms, kinetics and effects of the analysed process
conditions on the conversion, selectivity and catalyst chemical stability of the hydrogenation …

Clays and modified or supported clays have become some of the widely used catalysts for a
variety of organic reactions, due to their easy structural modifications and activation, low …

Six kinds of ZrO2 supports (ZR X, X= 1–6) with different crystal structures (monoclinic ZrO2:
m-ZrO2; tetragonal ZrO2: t-ZrO2; and mixed-phase of monoclinic and tetragonal ZrO2: mix …

A series of Ni-ZrO 2 catalysts with different Ni loading were prepared and evaluated for
methyl laurate conversion. Characterizations show that the 10Ni-ZrO 2 bears the smallest Ni …

Tailoring the hydrodeoxygenation capacity via the regulation of the electronic structure of the
active site is still a significant challenge for hydrogenation of oxygenated substrates. Herein …

This study focuses on mechanism and kinetics in catalytic hydrodeoxygenation of palmitic
acid under hydrothermal conditions (310, 340 and 370° C), in which 5% Pt/C serves as …

Municipal sludge (MS) and derived HTL (hydrothermal liquefaction) bio-crude contains a
large quantity of organics, including fatty acids, which may be a potential resource for …

The chemical transformation of natural oils provides alternatives to limited fossil fuels and
produces compounds with added value for the chemical industries. The selective …

Ni-catalysts are promising candidate for fatty acid hydrodeoxygenation (HDO), but are
limited by their quite poor HDO selectivity. Herein, a mesoporous Ni-Mo/SiO 2-TiO 2 catalyst …

A type of amorphous Co-based catalyst (Co@ SiO 2 nanorattles) with porous structure and
large surface area was synthesized by chemical grafting, and the performance in …