The ammoxidation of propane has been investigated at a multicomponent oxidic, MoVTeNb catalyst in the temperature of 673 K. The catalyst was prepared by sol-gel method, and dried by spray dried method. The activity test of the catalyst has been carried out using micro reactor and showed that it was active for ammoxidation of propane to acrylonitrile
The reaction mechanism of propane ammoxidation was studied on an Al-Sb-V-W-oxide catalyst using a TA...
Selective as well as waste forming active centers were defined for MoVNbTeO and MoVTaTeO catalysts i...
Current research efforts are concentrated towards utilizing propane rather than propylene as the fee...
The ammoxidation of propane is commonly regarded as being the future route for producing acrylonitri...
International @ RAFFINAGE+CLO:PDE:SLO:JMIInternational audienceAcrylonitrile is an important interme...
MoVNbTe catalyst has been prepared using slurry method for the ammoxidation of propane to acrylonitr...
Catalysts belonging to the Mo-V-Nb-Te-O system have been prepared with both a slurry method and hydr...
The influence of different reaction conditions on the catalytic activity of vanadium-aluminium oxyni...
Mo-V-Te-Nb mixed oxides with a molar ratio of 1:0.30:0.20:0.15 were prepared by citrate and dry-up m...
Mixed metal oxide catalysts based on Mo-V have been known as the most active and selective in the am...
An effective Mo-1 V(0.3)Te(0.23)Nb(0.12)Ox catalysts for the selective oxidation of propane to acryl...
Mixed metal oxide catalysts based on Mo-V have been known as the most active and selective in the am...
Mo-V-Nb-Te-oxide catalysts with nominal metal compositions equal to those of M1, M2, and a mixture o...
The kinetics of the direct synthesis of acrylonitrile from propane on V-Sb-Al-(W) mixed oxides indic...
The formation of phases during activation of MoVTeNb mixed oxides and transition metal doped MoVTeNb...
The reaction mechanism of propane ammoxidation was studied on an Al-Sb-V-W-oxide catalyst using a TA...
Selective as well as waste forming active centers were defined for MoVNbTeO and MoVTaTeO catalysts i...
Current research efforts are concentrated towards utilizing propane rather than propylene as the fee...
The ammoxidation of propane is commonly regarded as being the future route for producing acrylonitri...
International @ RAFFINAGE+CLO:PDE:SLO:JMIInternational audienceAcrylonitrile is an important interme...
MoVNbTe catalyst has been prepared using slurry method for the ammoxidation of propane to acrylonitr...
Catalysts belonging to the Mo-V-Nb-Te-O system have been prepared with both a slurry method and hydr...
The influence of different reaction conditions on the catalytic activity of vanadium-aluminium oxyni...
Mo-V-Te-Nb mixed oxides with a molar ratio of 1:0.30:0.20:0.15 were prepared by citrate and dry-up m...
Mixed metal oxide catalysts based on Mo-V have been known as the most active and selective in the am...
An effective Mo-1 V(0.3)Te(0.23)Nb(0.12)Ox catalysts for the selective oxidation of propane to acryl...
Mixed metal oxide catalysts based on Mo-V have been known as the most active and selective in the am...
Mo-V-Nb-Te-oxide catalysts with nominal metal compositions equal to those of M1, M2, and a mixture o...
The kinetics of the direct synthesis of acrylonitrile from propane on V-Sb-Al-(W) mixed oxides indic...
The formation of phases during activation of MoVTeNb mixed oxides and transition metal doped MoVTeNb...
The reaction mechanism of propane ammoxidation was studied on an Al-Sb-V-W-oxide catalyst using a TA...
Selective as well as waste forming active centers were defined for MoVNbTeO and MoVTaTeO catalysts i...
Current research efforts are concentrated towards utilizing propane rather than propylene as the fee...