Strong Electrostatic Adsorption Synthesis and Evaluation of Pyrolysis Oil Hydrodeoxygenation Catalysts on Hydrothermally Stable Supports

Liu, Qiuli

Wednesday, June 17, 2015

Ballroom B (Lawrence Convention Center)

Qiuli Liu, Upendra Joshi and John Regalbuto, University of South Carolina, USA.

The biggest challenge to upgrade pyrolysis oil is to develop an active, selective and stable catalyst. With modification of Al, hydrothermal stability of supports are enhanced. Highly dispersed catalysts are synthesized by Strong Electrostatic Adsorption method. Therefore, HDO catalysts are optimized by improved hydrothermal stability and controlled metal particle sizes.

Extended Abstracts:

Qiuli-Abstract for NACS.pdf (87.1KB) - Extended Abstract

P-W-B-158 Strong Electrostatic Adsorption Synthesis and Evaluation of Pyrolysis Oil Hydrodeoxygenation Catalysts on Hydrothermally Stable Supports