Add to ORKGDecomplexation of organic ligands through redox titration has been applied to catalyst synthesis, developing an improved preparation method for Fe-ferrierite (Fe-FER), the catalyst showing excellent performance and durability for N2O decomposition under realistic conditions for nitric acid plants
The reductive nitrosylation (FeIII(P) + 2NO + H2O = FeII(P)(NO) + NO2- + 2H+) of the ferriheme model...
New Fe-FAU zeolitic catalysts made from large channel zeolite matrix FAU by a simple wet ion exchang...
Nitrous oxide decomposition on Fe/ZSM-5 catalysts, prepared by solid-state ion exchange followed by ...
Decomplexation of organic ligands through redox titration has been applied to catalyst synthesis, de...
This communication reports on the excellent performance and durability of a wet ion-exchanged Fe-Fer...
This communication reports on the excellent performance and durability of a wet ion-exchanged Fe–Fer...
Zeolite matrix FAU with large channel dissension is applied as good host for iron species and Fe-USY...
Several aspects on the preparation of Fe-zeolites are discussed. In contrast to the many studies hig...
An efficient process is reported for preparing a state-of-the-art Fe-ferrierite catalyst for N2O dec...
BEA zeolite has been simultaneously detemplated and Fe-exchanged by treating the parent zeolite with...
Fe-oxide species in Fe/ZSM-5 (prepared by chemical vapor deposition of FeCl3)-active in N2O decompos...
Fe-ZSM5 catalysts were fully Fe-exchanged by pretreating the parent zeolite with base a solution pri...
Iron oxides catalyze the conversion of hydrogen peroxide (H(2)O(2)) into oxidants capable of transfo...
A method of preparing a catalyst precursor comprises dissolving an iron salt and a salt of an oxoani...
Iron oxides catalyze the conversion of hydrogen peroxide (H 2O2) into oxidants capable of transformi...
The reductive nitrosylation (FeIII(P) + 2NO + H2O = FeII(P)(NO) + NO2- + 2H+) of the ferriheme model...
New Fe-FAU zeolitic catalysts made from large channel zeolite matrix FAU by a simple wet ion exchang...
Nitrous oxide decomposition on Fe/ZSM-5 catalysts, prepared by solid-state ion exchange followed by ...
Decomplexation of organic ligands through redox titration has been applied to catalyst synthesis, de...
This communication reports on the excellent performance and durability of a wet ion-exchanged Fe-Fer...
This communication reports on the excellent performance and durability of a wet ion-exchanged Fe–Fer...
Zeolite matrix FAU with large channel dissension is applied as good host for iron species and Fe-USY...
Several aspects on the preparation of Fe-zeolites are discussed. In contrast to the many studies hig...
An efficient process is reported for preparing a state-of-the-art Fe-ferrierite catalyst for N2O dec...
BEA zeolite has been simultaneously detemplated and Fe-exchanged by treating the parent zeolite with...
Fe-oxide species in Fe/ZSM-5 (prepared by chemical vapor deposition of FeCl3)-active in N2O decompos...
Fe-ZSM5 catalysts were fully Fe-exchanged by pretreating the parent zeolite with base a solution pri...
Iron oxides catalyze the conversion of hydrogen peroxide (H(2)O(2)) into oxidants capable of transfo...
A method of preparing a catalyst precursor comprises dissolving an iron salt and a salt of an oxoani...
Iron oxides catalyze the conversion of hydrogen peroxide (H 2O2) into oxidants capable of transformi...
The reductive nitrosylation (FeIII(P) + 2NO + H2O = FeII(P)(NO) + NO2- + 2H+) of the ferriheme model...
New Fe-FAU zeolitic catalysts made from large channel zeolite matrix FAU by a simple wet ion exchang...
Nitrous oxide decomposition on Fe/ZSM-5 catalysts, prepared by solid-state ion exchange followed by ...