It is shown that Ag/Al2O3 is a unique catalytic system for H-2-assisted selective catalytic reduction of NOx by NH3 (NH3-SCR) with both Ag and alumina being necessary components of the catalyst. The ability of Ag/Al2O3 and pure Al2O3 to catalyse SCR of mixtures of NO and NO2 by ammonia is demonstrated, the surface species occurring discussed, and a "Fast SCR"-like mechanism of the process is proposed. The possibility of catalyst surface blocking by adsorbed NOx and the influence of hydrogen on desorption of NOx were evaluated by FTIR and OFT calculations
The addition of H2 has been reported to promote drastically the selective catalytic reduction of NOx...
Catalytic emission control for vehicles was first applied in the 1970’s. The first such catalysts we...
Hazardous nitrogen oxides (NOx) are challenging to remove from fuel-efficient excess-oxygen operatin...
In addition to high activity in hydrocarbon-SCR, Ag/Al2O3 catalysts show excellent activity for NOx ...
Alumina-supported silver and indium catalysts are investigated for the hydrogen-assisted selective c...
AbstractThe addition of H2 has been reported to promote drastically the selective catalytic reductio...
International audienceThe Selective Catalytic Reduction of NOx with ethanol (EtOH-SCR) was studied o...
Silver/alumina catalysts are known to be highly active for hydrogen-assisted selective catalytic red...
A global kinetic model which describes H2-assisted NH3-SCR over an Ag/Al2O3 monolith catalyst has be...
International audienceThis paper gives a critical overview of the recent advances in NOx abatement i...
A combination of flow reactor experiments and detailed kinetic modeling was used to study the select...
Alumina‐supported silver and indium catalysts are investigated for the hydrogen‐assisted selective c...
The effect of H-2 on the selective catalytic reduction (SCR) of NO, by C3H6 was investigated over Ag...
Silver/alumina is a promising catalyst for the selective catalytic reduction of NOx by hydrocarbons ...
Increasing amounts of carbon dioxide are attaining worldwide growing attention as one probable cause...
The addition of H2 has been reported to promote drastically the selective catalytic reduction of NOx...
Catalytic emission control for vehicles was first applied in the 1970’s. The first such catalysts we...
Hazardous nitrogen oxides (NOx) are challenging to remove from fuel-efficient excess-oxygen operatin...
In addition to high activity in hydrocarbon-SCR, Ag/Al2O3 catalysts show excellent activity for NOx ...
Alumina-supported silver and indium catalysts are investigated for the hydrogen-assisted selective c...
AbstractThe addition of H2 has been reported to promote drastically the selective catalytic reductio...
International audienceThe Selective Catalytic Reduction of NOx with ethanol (EtOH-SCR) was studied o...
Silver/alumina catalysts are known to be highly active for hydrogen-assisted selective catalytic red...
A global kinetic model which describes H2-assisted NH3-SCR over an Ag/Al2O3 monolith catalyst has be...
International audienceThis paper gives a critical overview of the recent advances in NOx abatement i...
A combination of flow reactor experiments and detailed kinetic modeling was used to study the select...
Alumina‐supported silver and indium catalysts are investigated for the hydrogen‐assisted selective c...
The effect of H-2 on the selective catalytic reduction (SCR) of NO, by C3H6 was investigated over Ag...
Silver/alumina is a promising catalyst for the selective catalytic reduction of NOx by hydrocarbons ...
Increasing amounts of carbon dioxide are attaining worldwide growing attention as one probable cause...
The addition of H2 has been reported to promote drastically the selective catalytic reduction of NOx...
Catalytic emission control for vehicles was first applied in the 1970’s. The first such catalysts we...
Hazardous nitrogen oxides (NOx) are challenging to remove from fuel-efficient excess-oxygen operatin...