Add to ORKGThe objective of the present work is to improve the textural and structural properties of zeolite-Y through ion exchange with rare earth metals. We meant to obtain a comparative evaluation of the physicochemical properties and catalytic activity of rare earth modified H-Y, Na-Y, K-Y, and Mg-Y zeolites. Friedel-Crafts alkylations of benzene with higher 1- olefins such as 1-octene, 1-decene, and 1dodecene for the synthesis of linear alkylbenzene (LAB) have been selected for the present study. An attempt has also been directed towards the correlation of the enhancement in 2-phenylalkane formation to the improvement in the textural and structural properties upon rare earth modification for the zeolite-Y. The present method for LAB synthesis sta...
The development of zeolite catalysts for linear alkylbenzene production is of crucial importance in ...
[EN] The former synthesis of TS-1 opened new catalytic opportunities for zeolites, especially for th...
The effect of micro-meso hierarchical porosity on the catalytic performance of MWW zeolites during l...
Chemically modified microporous materials can be prepared as robust catalysts suitable for applicati...
Chemically modified microporous materials can be prepared as robust catalysts suitable for applicati...
Chemically modified microporous materials can be prepared as robust catalysts suitable for applicati...
676-688Rare earth exchanged (La3+, Ce3+, RE3+, Sm3+) Na-Y zeolites were prepared by simple ion exc...
Rare earth exchanged H–Y zeolites were prepared by simple ion exchange methods at 353 K and have bee...
Rare earth exchanged H–Y zeolites were prepared by simple ion exchange methods at 353 K and have bee...
Rare earth exchanged H–Y zeolites were prepared by simple ion exchange methods at 353 K and have bee...
Rare earth exchanged H–Y zeolites were prepared by simple ion exchange methods at 353 K and have bee...
The PhD thesis concerns the synthesis of novel zeolite materials, investigation of their properties ...
Alkylation of benzene with ethylene to ethylbenzene is widely used in the petrochemical industry. Et...
The effect of residual cations in rare earth metal modified faujasite–Y zeolite has been monitored u...
2503-2513Rare earth exchanged NaFAU-Y zeolites have been prepared by simple ion-exchange methods un...
The development of zeolite catalysts for linear alkylbenzene production is of crucial importance in ...
[EN] The former synthesis of TS-1 opened new catalytic opportunities for zeolites, especially for th...
The effect of micro-meso hierarchical porosity on the catalytic performance of MWW zeolites during l...
Chemically modified microporous materials can be prepared as robust catalysts suitable for applicati...
Chemically modified microporous materials can be prepared as robust catalysts suitable for applicati...
Chemically modified microporous materials can be prepared as robust catalysts suitable for applicati...
676-688Rare earth exchanged (La3+, Ce3+, RE3+, Sm3+) Na-Y zeolites were prepared by simple ion exc...
Rare earth exchanged H–Y zeolites were prepared by simple ion exchange methods at 353 K and have bee...
Rare earth exchanged H–Y zeolites were prepared by simple ion exchange methods at 353 K and have bee...
Rare earth exchanged H–Y zeolites were prepared by simple ion exchange methods at 353 K and have bee...
Rare earth exchanged H–Y zeolites were prepared by simple ion exchange methods at 353 K and have bee...
The PhD thesis concerns the synthesis of novel zeolite materials, investigation of their properties ...
Alkylation of benzene with ethylene to ethylbenzene is widely used in the petrochemical industry. Et...
The effect of residual cations in rare earth metal modified faujasite–Y zeolite has been monitored u...
2503-2513Rare earth exchanged NaFAU-Y zeolites have been prepared by simple ion-exchange methods un...
The development of zeolite catalysts for linear alkylbenzene production is of crucial importance in ...
[EN] The former synthesis of TS-1 opened new catalytic opportunities for zeolites, especially for th...
The effect of micro-meso hierarchical porosity on the catalytic performance of MWW zeolites during l...