The partial hydrogenation of sunflower oil with minimum trans-isomer formation is studied, using a Pd/γ-alumina catalyst modified with promoters apt for human consumption: ethyl benzoate and magnesium glycinate. It was found that the hydrogenation rate diminishes with the additions of the modifiers. Regarding the cis/trans-selectivity, significant differences were found: ethyl benzoate promoted the formation of trans-isomers, whereas magnesium glycinate diminished it. The results can be interpreted in terms of different effects: change in the electron density of palladium, which affects the relative adsorption strength of the reactant, intermediates and hydrogen, and a block of part of the surface by the modifiers. Theoretical calculations...
Partial hydrogenation of sunflower oil was studied over Pd/Al2O3/Al catalysts in a monolithic stirre...
In the present paper, the performance of monolithic catalysts obtained from a catalytic converter wa...
The paper considers the diatomite-supported platinum catalyst (1.0 wt% Pt/D) synthesized using collo...
Catalytic hydrogenation of sunflower oil was studied in order to improve the conversion and to reduc...
Six palladium catalysts were prepared using different precursors (palladium acetylacetonate, palladi...
A kinetic model for sunflower oil hydrogenation on a palladium catalyst is proposed based on Horiuty...
In the present paper the performance of commercial Ni catalyst in edible oil hydrogenation is evalua...
Several Pd catalysts were prepared on α and γ alumina using palladium acetylacetonate and palladium ...
Monolithic catalysts were prepared using cordierite and Fecralloy as substrates, with Pd/Al2O3 catal...
The present work explores the viability of introducing improvements to the conventional process of h...
Hydrogenated vegetable oils contain high contents of trans-fatty acids. Because of the increased hea...
International audienceSelective hydrogenation of ethyl esters of traditional sunflower oil was carri...
peer-reviewedIt had been reported that in order to improve oil hydrogenation catalysts the geometric...
Classic methodologies for hydrogenation of vegetable oils have traditionally been carried out by nic...
Classic methodologies for hydrogenation of vegetable oils have traditionally been carried out by nic...
Partial hydrogenation of sunflower oil was studied over Pd/Al2O3/Al catalysts in a monolithic stirre...
In the present paper, the performance of monolithic catalysts obtained from a catalytic converter wa...
The paper considers the diatomite-supported platinum catalyst (1.0 wt% Pt/D) synthesized using collo...
Catalytic hydrogenation of sunflower oil was studied in order to improve the conversion and to reduc...
Six palladium catalysts were prepared using different precursors (palladium acetylacetonate, palladi...
A kinetic model for sunflower oil hydrogenation on a palladium catalyst is proposed based on Horiuty...
In the present paper the performance of commercial Ni catalyst in edible oil hydrogenation is evalua...
Several Pd catalysts were prepared on α and γ alumina using palladium acetylacetonate and palladium ...
Monolithic catalysts were prepared using cordierite and Fecralloy as substrates, with Pd/Al2O3 catal...
The present work explores the viability of introducing improvements to the conventional process of h...
Hydrogenated vegetable oils contain high contents of trans-fatty acids. Because of the increased hea...
International audienceSelective hydrogenation of ethyl esters of traditional sunflower oil was carri...
peer-reviewedIt had been reported that in order to improve oil hydrogenation catalysts the geometric...
Classic methodologies for hydrogenation of vegetable oils have traditionally been carried out by nic...
Classic methodologies for hydrogenation of vegetable oils have traditionally been carried out by nic...
Partial hydrogenation of sunflower oil was studied over Pd/Al2O3/Al catalysts in a monolithic stirre...
In the present paper, the performance of monolithic catalysts obtained from a catalytic converter wa...
The paper considers the diatomite-supported platinum catalyst (1.0 wt% Pt/D) synthesized using collo...