Register Now

EUBCE 2024 - John WHITEHOUSE - Cool LPG: Catalytic Production of Drop-in Renewable Clean-Burning Liquid Gas Fuel

Cool LPG: Catalytic Production of Drop-in Renewable Clean-Burning Liquid Gas Fuel

 Print
Advanced biofuels

Advanced biofuels industrial applications

Cool LPG: Catalytic Production of Drop-in Renewable Clean-Burning Liquid Gas Fuel

Short Introductive summary

Cool LPG is a new technology under development at GTI Energy that produces renewable LPG. The feedstocks required for Cool LPG are widely available at scale and the process is selective for LPG. The process can be fed by biogas, renewable-syngas or green H2 + biogenic CO2. LPG is the primary product, produced with significantly higher selectivity than via routes utilizing other chemistries. Cool LPG can be entirely fueled and powered by parasitic consumption of the feed and can therefore be implemented using modular technology in areas without significant existing infrastructure other than a supply of biogas. Significant development work has been performed on the Cool LPG process; GTI Energy has combined bench-scale experimental work with process modeling, reactor simulation, and technoeconomic analysis. Pilot plant testing is planned for early 2024. A high-level schematic of the Cool LPG process is shown in Figure 1. GTI Energy is currently developing the Cool LPG process with its licensees BioLPG LLC and GLPGP along with a consortium of LPG industry partners.

Presenter

Moderator portrait

John WHITEHOUSE

GTI-Energy, USA

Presenter's biography

As Sr. Technology Commercialization Manager, John is a member of the team developing Cool LPG, GTI Energy's proprietary biofuel process, and is focused on engaging both internal and external stakeholders to drive this technology to a successful commercial conclusion. John holds a degree in Chemical Engineering from the University of Illinois, Urbana-Champaign, and an MBA from Southern Illinois University, Edwardsville.

Biographies and Short introductive summaries are supplied directly by presenters and are published here unedited


Co-authors:

P. Littlewood, GTI Energy, Des Plaines, USA
T. Marker, GTI Energy, Des Plaines, USA
M. Bradford, GTI Energy, Des Plaines, USA
S. Afzal, GTI Energy, Des Plaines, USA
P. Ortiz-Toral, GTI Energy, Des Plaines, USA
J. Whitehouse, GTI Energy, Des Plaines, USA

Session reference: IBO.3.4