Effect of Co-feeding Phenolic Compounds on Catalytic Cracking of Hexane Isomers over USY Zeolite

To, Anh

Wednesday, June 5, 2013: 10:40 AM

Ballroom A (Galt House Hotel)

Anh To¹, Rolf E. Jentoft¹, Steven Crossley¹, Walter Alvarez² and Daniel E. Resasco¹, (1)University of Oklahoma, USA, (2)Phillips 66, USA.

Co-processing biomass-derived phenolic compounds with conventional hydrocarbon feeds in existing FCC units is a promising strategy. In this study, we have analyzed the effects of the presence of phenolic compounds on the reaction pathways of paraffin cracking over USY zeolite, as well as on the rate of catalyst deactivation.

Extended Abstracts:

AbstractNACS_cofeeding phenolic to HC cracking revised MT-1.pdf (165.2KB) - Extended Abstract

O-W-BRA-4 Effect of Co-feeding Phenolic Compounds on Catalytic Cracking of Hexane Isomers over USY Zeolite