La reacció de deshidrogenació oxidativa de propà (ODH) és altament prometedora quant a l'obtenció de propé, comparada amb els mètodes industrials empleats en l'actualitat, però presenta una sèrie d'inconvenients difícilment superables. En el present treball s'aborda la síntesi, caracterització, i estudi del comportament en la ODH de propà de molibdats mixts de Co i Ni, obtinguts per calcinació a baixes temperatures de precursors liofilitzats.The oxidative dehydrogenation (ODH) of propane is a highly promising reaction for the obtaining of propene, compared to the industrial methods currently used. However, it presents a series of disadvantages that are difficult to overcome. In this work we study the synthesis, characterization and catalyti...
The kinetics of oxidative dehydrogenation of propane over a Ni-Co molybdate catalyst was investigate...
Cs2.5H1.5PV1Mo11O40 heteropolyoxometallate compounds have been studied for propane oxidative dehydro...
NiMoO4 are prepared thanks to the calcination of hybrid precursors. These catalysts are synthesised ...
This work deals with the search for new molybdate-type catalyst formulations for the activation of l...
The activity of various transition metal molybdates in the oxidative dehydrogenation of propane was ...
Oxidative dehydrogenation of propane is a reliable alternative for olefins production. This paper pr...
The effect of the pH conditions on the structure and composition of the active phase in Ni0.5Co0.5Mo...
Propane is a natural gas that is found abundant and low cost material in petroleum industry. In ord...
This work shows a novel method to synthesize bulk NiMoO4 from hybrid materials made of guest ions (N...
In the field of selective oxidation, the utilization of the alkanes as raw materials instead of the ...
Nanostructured hybrid materials made of guest ions and a self-assembled copolymer were used as precu...
This work is dedicated to the never-ending necessity to improve catalyst performances. More precisel...
Catalytic oxidative dehydrogenation (ODH) of propane is recognized as an attractive alternative proc...
Co and Mn molybdates were used for this reaction. After use, their structure remained the same. Howe...
The synthesis and characterization of trimetallic oxides of the type MCo-Mo (with M = Ni or Zn) in b...
The kinetics of oxidative dehydrogenation of propane over a Ni-Co molybdate catalyst was investigate...
Cs2.5H1.5PV1Mo11O40 heteropolyoxometallate compounds have been studied for propane oxidative dehydro...
NiMoO4 are prepared thanks to the calcination of hybrid precursors. These catalysts are synthesised ...
This work deals with the search for new molybdate-type catalyst formulations for the activation of l...
The activity of various transition metal molybdates in the oxidative dehydrogenation of propane was ...
Oxidative dehydrogenation of propane is a reliable alternative for olefins production. This paper pr...
The effect of the pH conditions on the structure and composition of the active phase in Ni0.5Co0.5Mo...
Propane is a natural gas that is found abundant and low cost material in petroleum industry. In ord...
This work shows a novel method to synthesize bulk NiMoO4 from hybrid materials made of guest ions (N...
In the field of selective oxidation, the utilization of the alkanes as raw materials instead of the ...
Nanostructured hybrid materials made of guest ions and a self-assembled copolymer were used as precu...
This work is dedicated to the never-ending necessity to improve catalyst performances. More precisel...
Catalytic oxidative dehydrogenation (ODH) of propane is recognized as an attractive alternative proc...
Co and Mn molybdates were used for this reaction. After use, their structure remained the same. Howe...
The synthesis and characterization of trimetallic oxides of the type MCo-Mo (with M = Ni or Zn) in b...
The kinetics of oxidative dehydrogenation of propane over a Ni-Co molybdate catalyst was investigate...
Cs2.5H1.5PV1Mo11O40 heteropolyoxometallate compounds have been studied for propane oxidative dehydro...
NiMoO4 are prepared thanks to the calcination of hybrid precursors. These catalysts are synthesised ...