With regard to the application in a microstructured reactor, a special VOx/Al2O3 catalyst powder (3 μm) was prepared and characterised by BET, XRD, UV/Vis DRS, and Raman spectroscopy. The higher the vanadium content, the higher the degree of polymerisation of the vanadium species on the support surface and the lower the BET surface area. Pelletised powders were tested in conventional tubular reactors for their catalytic performance in the oxidative dehydrogenation of propane. Their activity increases with vanadia loading, whereas selectivity towards propene decreases at iso-conversion. Catalytic benchmarking was performed to choose a reasonable catalyst for further investigations in a microreactor
A series of vanadia catalysts supported on the mesoporous silica SBA-15 are synthesized using an aut...
SBA-15 is a template-synthesized mesoporous silica that has found extensive use as a model support f...
Impact of preparation method on physico-chemical and catalytic properties of VOx/γ-Al2O3 material
Two preparation methods (wet saturation impregnation with vanadyl acetylacetonate and ball-milling o...
Two preparation methods (wet saturation impregnation with vanadyl acetylacetonate and ball-milling o...
The catalytic properties of Al2O3-supported vanadia with a wide range of VOx surface density (1.4–34...
Two sets of catalysts (VOx-SiO2 and VOx-Al2O3) were prepared by fl ame pyrolysis (FP) and tested for...
Recently, the flame pyrolysis method (FP) has been proposed for the preparation of VOx-SiO2 and VOx-...
Two sets of catalysts (VOx-SiO2 and VOx-Al2O3) were prepared by fl ame pyrolysis (FP) and tested fo...
The catalytic properties of Al2O3-supported vanadia with a wide range of VOx surface density (1.4-34...
The structure and catalytic properties of binary dispersed oxide structures prepared by sequential d...
Nanostructured vanadia model catalysts, i.e. highly dispersed vanadium oxide supported on mesoporous...
A series of theta-Al2O3 supported VOx catalysts, of different vanadium loadings, have been character...
Nanostructured vanadia model catalysts, i.e. highly dispersed vanadium oxide supported on mesoporous...
The catalytic properties of Al2O3-supported vanadia with a wide range of VOx surface density (1.4-3...
A series of vanadia catalysts supported on the mesoporous silica SBA-15 are synthesized using an aut...
SBA-15 is a template-synthesized mesoporous silica that has found extensive use as a model support f...
Impact of preparation method on physico-chemical and catalytic properties of VOx/γ-Al2O3 material
Two preparation methods (wet saturation impregnation with vanadyl acetylacetonate and ball-milling o...
Two preparation methods (wet saturation impregnation with vanadyl acetylacetonate and ball-milling o...
The catalytic properties of Al2O3-supported vanadia with a wide range of VOx surface density (1.4–34...
Two sets of catalysts (VOx-SiO2 and VOx-Al2O3) were prepared by fl ame pyrolysis (FP) and tested for...
Recently, the flame pyrolysis method (FP) has been proposed for the preparation of VOx-SiO2 and VOx-...
Two sets of catalysts (VOx-SiO2 and VOx-Al2O3) were prepared by fl ame pyrolysis (FP) and tested fo...
The catalytic properties of Al2O3-supported vanadia with a wide range of VOx surface density (1.4-34...
The structure and catalytic properties of binary dispersed oxide structures prepared by sequential d...
Nanostructured vanadia model catalysts, i.e. highly dispersed vanadium oxide supported on mesoporous...
A series of theta-Al2O3 supported VOx catalysts, of different vanadium loadings, have been character...
Nanostructured vanadia model catalysts, i.e. highly dispersed vanadium oxide supported on mesoporous...
The catalytic properties of Al2O3-supported vanadia with a wide range of VOx surface density (1.4-3...
A series of vanadia catalysts supported on the mesoporous silica SBA-15 are synthesized using an aut...
SBA-15 is a template-synthesized mesoporous silica that has found extensive use as a model support f...
Impact of preparation method on physico-chemical and catalytic properties of VOx/γ-Al2O3 material