The skeletal isomerization of n-olefins is an important reaction to upgrade refinery and petrochemical feed streams. While for most of the larger olefins shape selective solid acid catalysts are successfully utilized, the skeletal isomerization of n-butene was seen for a long time to be too difficult to be achieved by conventional acid catalysts. In the last decade, however, molecular sieves with 10 MR channels, such as FER, TON and AEL type zeolites having Brønsted acid sites, emerged as successful and stable catalysts
*S Supporting Information ABSTRACT: The mechanism of the 1-butene skeletal isomer-ization catalyzed ...
Skeletal isomerization of n-butene to isobutene was performed over formed ZSM-35 zeolites in a lab-s...
MasterCatalysis is always an elegant way that chemists use to drive a reaction to the desired produc...
The strengths of acid sites and the pore sizes of zeolites have been successfully controlled for sha...
The strengths of acid sites and the pore sizes of zeolites have been successfully controlled for sha...
The strengths of acid sites and the pore sizes of zeolites have been successfully controlled for sha...
n-Butene transformation was carried out at 350°C over medium pore size zeolites (H-FER, H-TON, H-EU-...
n-Butene transformation was carried out at 350°C over medium pore size zeolites (H-FER, H-TON, H-EU-...
n-Butene transformation was carried out at 350°C over medium pore size zeolites (H-FER, H-TON, H-EU-...
The proton form of a natural zeolite, clinoptilolite, was found to be an efficient catalyst for the ...
The proton form of the natural clinoptilolite zeolite (HNZ) was modified by treatment with various a...
The catalytic activity of the zeolite HZSM5 in n-butene conversion was investigated under conditions...
The catalytic activity of the zeolite HZSM5 in n-butene conversion was investigated under conditions...
The proton form of the natural clinoptilolite zeolite (HNZ) was modified by treatment with various a...
International audiencen-Butene transformation was carried out at 350°C over medium pore size zeolite...
*S Supporting Information ABSTRACT: The mechanism of the 1-butene skeletal isomer-ization catalyzed ...
Skeletal isomerization of n-butene to isobutene was performed over formed ZSM-35 zeolites in a lab-s...
MasterCatalysis is always an elegant way that chemists use to drive a reaction to the desired produc...
The strengths of acid sites and the pore sizes of zeolites have been successfully controlled for sha...
The strengths of acid sites and the pore sizes of zeolites have been successfully controlled for sha...
The strengths of acid sites and the pore sizes of zeolites have been successfully controlled for sha...
n-Butene transformation was carried out at 350°C over medium pore size zeolites (H-FER, H-TON, H-EU-...
n-Butene transformation was carried out at 350°C over medium pore size zeolites (H-FER, H-TON, H-EU-...
n-Butene transformation was carried out at 350°C over medium pore size zeolites (H-FER, H-TON, H-EU-...
The proton form of a natural zeolite, clinoptilolite, was found to be an efficient catalyst for the ...
The proton form of the natural clinoptilolite zeolite (HNZ) was modified by treatment with various a...
The catalytic activity of the zeolite HZSM5 in n-butene conversion was investigated under conditions...
The catalytic activity of the zeolite HZSM5 in n-butene conversion was investigated under conditions...
The proton form of the natural clinoptilolite zeolite (HNZ) was modified by treatment with various a...
International audiencen-Butene transformation was carried out at 350°C over medium pore size zeolite...
*S Supporting Information ABSTRACT: The mechanism of the 1-butene skeletal isomer-ization catalyzed ...
Skeletal isomerization of n-butene to isobutene was performed over formed ZSM-35 zeolites in a lab-s...
MasterCatalysis is always an elegant way that chemists use to drive a reaction to the desired produc...