Several CoMo and NiMo supported catalysts were prepared, sulfided and tested in the HDT reactions of o-xylene model compound. Cobalt based catalysts show a higher acidic character, which drives to a larger activity versus both isomers and polycondensated products. Then, the metal properties affects the catalytic pathway, leading to preferential formation of p-xylene on CoMoS2 catalysts.
BIOREFINERY PROCESSES FOR GREEN FUELS AND HYDROGEN GENERATION: CATALYTIC STUDY IN THE HDT REACTIONS OF O-XYLENE MODEL COMPOUND
Palella A;Italiano C;Fabiano C;Pino L;Vita A;Arena F;Spadaro L
2015
Abstract
Several CoMo and NiMo supported catalysts were prepared, sulfided and tested in the HDT reactions of o-xylene model compound. Cobalt based catalysts show a higher acidic character, which drives to a larger activity versus both isomers and polycondensated products. Then, the metal properties affects the catalytic pathway, leading to preferential formation of p-xylene on CoMoS2 catalysts.File in questo prodotto:
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