Green and renewable bio-diesel prepared from oils catalytic hydrodeoxygenation (HDO) will
have a great impact on clean energy structure and industrial application. The core issue of …

Abstract The Pt-doped H 3 PO 4@ MIL-101Cr catalysts, with a series of phosphoric acid
concentrations, were successfully synthesized using the double-solvent method for efficient …

With the aim of developing more efficient catalysts based on MOF materials for biomass
upgrading through the hydrodeoxygenation, a novel Pt/UiO-66-based catalyst was first …

In the present study, the synthesis of an organic group–modified alumina by the sol–gel
method is proposed. This material has shown to have an enhanced catalytic performance …

Mo 2 N catalyst can effectively remove oxygen from biomass oil under harsh reaction
conditions. Herein, the innovative Ni-Mo 2 N/γ-Al 2 O 3 catalyst was synthesized through …

This work explored the catalytic performances of monometallic platinum and palladium–
based catalysts applied in the competitive oxidation reaction of methanol in presence of …

Oleic acid is a valuable molecule for biofuel production, as it is found in high proportions in
vegetable oils. When used, oleic acid undergoes hydrodeoxygenation reactions and …

Abstract Pt/γ‐Al2O3 catalysts were prepared by incipient wet impregnation and tested in
hydrodeoxygenation reactions for conversion of oleic acid to n‐C17 alkanes at optimal …

El biodiesel obtenido experimentalmente del aceite vegetal usado se utilizó como una
fuente de energía alternativa sintetizada a partir de reacciones dirigidas por un catalizador …

En el presente estudio, se propone el diseño de catalizadores específicos que sean activos
hacia la determinación y la oxidación selectiva de metanol partiendo de la mezcla sintética …