Iron-manganese catalyst supported on silicalite 1 was prepared by impregnation. The catalyst preparation was followed by X-ray diffraction, temperature-programmed reduction and Mossbauer spectroscopy. Hydrogenation of CO was studied in a high pressure reactor by varying CO:H-2 ratio, temperature, and pressure. The silicalite supported catalyst shows very high selectivity for C-2-C-4 alkenes. When acidic ZSM-5 having the same structure as silicalite 1 was used as the support, the product had very little alkenes. Addition of 0.2% potassium improves the alkene selectivity of the Fe-Mn on the silicalite catalyst
Synthesis of light alkenes on manganese promoted. (González Cortés, Sergio Luis; Rodulfo Baechler,...
The reaction pathways on supported catalysts can be tuned by optimizing the catalyst structures, whi...
The reaction pathways on supported catalysts can be tuned by optimizing the catalyst structures, whi...
The addition of manganese to iron catalysts supported on silicalite-1 increases the selectivity of t...
Fischer-Tropsch synthesis of lower hydrocarbons on silicalite-1 supported cobalt and cobalt-manganes...
MnO and K2O are two kinds of promoters incorporated onto a Fe/silicalite (denoted as Fe/Si-2) cataly...
Unsupported Fe-Mn-K catalysts prepared earlier by incorporating potassium in-situ during coprecipita...
The addition of K2O and MnO promoters enhances catalyst activity and selectivity to light alkenes du...
An investigation of the syngas conversion to light olefins over manganese promoted iron and cobalt c...
CO hydrogenation to light alkenes was carried out on manganese promoted iron catalysts prepared by c...
For the dehydrogenation of C(2)H(6) with CO(2) to C(2)H(4), a silicalite-2 zeolite supported Fe-Mn c...
MnO and K2O are two kinds of promoters to Fe/Silicalite-2 (denoted as Fe/Si-2) catalyst for light ol...
The light alkenes formation capacity and the interaction of Mn with Fe and Fe-Co of Fischer-Tropsch ...
AbstractThe hydrogenation of carbon dioxide over the catalyst comprised of Fe and Cu (Fe-Cu catalyst...
There have been studied the catalytic properties in the reaction of CO hydrogenation of nano-catalys...
Synthesis of light alkenes on manganese promoted. (González Cortés, Sergio Luis; Rodulfo Baechler,...
The reaction pathways on supported catalysts can be tuned by optimizing the catalyst structures, whi...
The reaction pathways on supported catalysts can be tuned by optimizing the catalyst structures, whi...
The addition of manganese to iron catalysts supported on silicalite-1 increases the selectivity of t...
Fischer-Tropsch synthesis of lower hydrocarbons on silicalite-1 supported cobalt and cobalt-manganes...
MnO and K2O are two kinds of promoters incorporated onto a Fe/silicalite (denoted as Fe/Si-2) cataly...
Unsupported Fe-Mn-K catalysts prepared earlier by incorporating potassium in-situ during coprecipita...
The addition of K2O and MnO promoters enhances catalyst activity and selectivity to light alkenes du...
An investigation of the syngas conversion to light olefins over manganese promoted iron and cobalt c...
CO hydrogenation to light alkenes was carried out on manganese promoted iron catalysts prepared by c...
For the dehydrogenation of C(2)H(6) with CO(2) to C(2)H(4), a silicalite-2 zeolite supported Fe-Mn c...
MnO and K2O are two kinds of promoters to Fe/Silicalite-2 (denoted as Fe/Si-2) catalyst for light ol...
The light alkenes formation capacity and the interaction of Mn with Fe and Fe-Co of Fischer-Tropsch ...
AbstractThe hydrogenation of carbon dioxide over the catalyst comprised of Fe and Cu (Fe-Cu catalyst...
There have been studied the catalytic properties in the reaction of CO hydrogenation of nano-catalys...
Synthesis of light alkenes on manganese promoted. (González Cortés, Sergio Luis; Rodulfo Baechler,...
The reaction pathways on supported catalysts can be tuned by optimizing the catalyst structures, whi...
The reaction pathways on supported catalysts can be tuned by optimizing the catalyst structures, whi...