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Cracking of heavy vacuum gas oils over (HCeY) zeolite-containing, aluminum-pillared montmorillonite and activated kaolinite clays
Abstract Zeolite-containing HCeY catalysts on aluminum-pillared montmorillonites and activated kaolinites with a mesoporous structure have been tested in the cracking of heavy vacuum gas oils. The activities of the zeolite-containing and zeolite-free catalysts have been compared. The highest yields of gasoline and light cycle oil have been obtained on the Al(5.0)NaHMM + HCeY catalyst and the zeolite-free AlHKE kaolinite contact, respectively.
Cracking of heavy vacuum gas oils over (HCeY) zeolite-containing, aluminum-pillared montmorillonite and activated kaolinite clays
Abstract Zeolite-containing HCeY catalysts on aluminum-pillared montmorillonites and activated kaolinites with a mesoporous structure have been tested in the cracking of heavy vacuum gas oils. The activities of the zeolite-containing and zeolite-free catalysts have been compared. The highest yields of gasoline and light cycle oil have been obtained on the Al(5.0)NaHMM + HCeY catalyst and the zeolite-free AlHKE kaolinite contact, respectively.
Cracking of heavy vacuum gas oils over (HCeY) zeolite-containing, aluminum-pillared montmorillonite and activated kaolinite clays
Volkova, L. D. (Autor:in) / Zakarina, N. A. (Autor:in) / Akurpekova, A. K. (Autor:in)
Petroleum Chemistry ; 54 ; 37-41
01.01.2014
5 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
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