Tuning of Higher Alcohol Selectivity and Productivity in CO Hydrogenation Reactions over K/MoS2 Domains Supported on Mesoporous Activated Carbon and Mixed Mgal Oxide

Taborga Claure, Micaela

Monday, June 15, 2015

Ballroom B (Lawrence Convention Center)

Micaela Taborga Claure¹, Christopher W. Jones¹, Song-Hai Chai², Sheng Dai², Kinga A. Unocic², Faisal M. Alamgir¹ and Pradeep K. Agrawal¹, (1)Georgia Institute of Technology, USA, (2)Oak Ridge National Laboratory, USA.

This work probes the hypothesis that K/Mo supported on a family of MgAl oxide (MMO) and carbon (C) mixed-supports may facilitate tuning of higher alcohol selectivity (due MoS₂ domains on the MMO support) and higher alcohol productivity (due to MoS₂ domains on the C support).

Extended Abstracts:

Taborga_NAM24_Extended Abstract.pdf (79.9KB) - Extended Abstract

P-Mo-B-171 Tuning of Higher Alcohol Selectivity and Productivity in CO Hydrogenation Reactions over K/MoS2 Domains Supported on Mesoporous Activated Carbon and Mixed Mgal Oxide