Tri-reforming of Methane and CO₂: A Novel concept for Catalytic Production of Solid Waste Syngas with Desired H₂/CO Ratios for Liquid Biofuels

Dr. J. T. Wolan PI (wolan@eng.usf.edu)  &  Dr. J. Kuhn Co-PI (jnkuhn@eng.usf.edu)

Researchers: Philip Saraneeyavongse & Devin Walker

Project Abstract:

This research focuses on converting MSW to liquid fuels using Fischer-Tropsch synthesis (FTS).  The process includes novel gasification of MSW via a tri-reforming process which involves a synergetic combination of CO₂ reforming, steam reforming, and partial oxidation of methane. Typical biomass or MSW derived syngas H₂:CO is 1:1.  This innovation allows for cost-effective one-step production of syngas in the required H₂:CO of 2:1 for use in the FTS. The USF group has already developed a process that converts this syngas into diesel and jet fuel.  This project will focus on the development of an appropriate gasification catalyst to convert MSW to the required syngas composition for production of liquid fuels.

Proposal-pdf

Timeline-pdf

Pictures-pdf

Technical Awareness Group (TAG)

Progress Reports

Project supported in funding by William W. Hinkley Center for Solid and Hazardous Waste Management at the University of Florida