Carbon Dioxide Utilization

The U.S. Department of Energy's Bioenergy Technologies Office (BETO) hosted its 2023 Project Peer Review on April 3‒7, 2023. The presentations from the Carbon Dioxide Utilization session are available to view below. For more information, including a complete schedule, view the 2023 Project Peer Review Agenda.

Carbon Dioxide Utilization
TITLE	SPEAKER	ORGANIZATION
Technology Area Introduction	Ian Rowe	BETO
CO₂ Consortium Project Management	Michael Resch	National Renewable Energy Laboratory
Feasibility Study of Utilizing Electricity to Produce Intermediates from CO₂	Gary Grim	National Renewable Energy Laboratory
Market, Resources, and Environmental and Energy Justice of CO₂-to-Fuels Technologies	Ella Zhou	National Renewable Energy Laboratory
Economics and Sustainability of CO₂ Utilization Technologies with TEA and LCA	Michael Wang	Argonne National Laboratory
Electrocatalytic CO₂ Utilization	Jack Ferrell	National Renewable Energy Laboratory
An efficient, scalable process for the electrochemical reduction of CO₂ to formate	KC Neyerlin	National Renewable Energy Laboratory
Electrode and Membrane Materials for CO₂ Electrolyzers A Molecular Approach	Ksenia Glusac	Argonne National Laboratory
Integration of CO₂ Electrolysis with Microbial Syngas Upgrading	Michael Resch	National Renewable Energy Laboratory
Bioconversion of Syngas from Electrochemical CO₂ Reduction to SAF	Eric Sundstrom	Lawrence Berkeley National Laboratory
Biological conversion of formic acid for CO₂-to-Fuels	Christopher Johnson	National Renewable Energy Laboratory
CO₂ valorization via rewiring carbon metabolic network	Wei Xiong	National Renewable Energy Laboratory
Multiphysics CFD for design and scale-up of gas bioreactors	Hari Sitaraman	National Renewable Energy Laboratory
Production Of Bioproducts from Electrochemically-Generated C1 Intermediates	Jason Bromley	Lanzatech
Development of a scalable, robust electrocatalytic technology for conversion of CO₂ to formic acid via microstructured materials	Lee Spangler	Montana State University
Integrating Chemical Catalysis and Biological Conversion of Carbon Intermediates for Deriving Value Added Products from Carbon Dioxide	Michael Betenbaugh	Johns Hopkins University
Electrolyzers For CO₂ Conversion from BioSources	Rich Masel	Dioxide Materials
PEM CO₂ Electrolyzer Scaleup to enable MW-Scale Electrochemical Modules	Sadia Kabir	Twelve
Electrochemical Production of Formic Acid from Carbon Dioxide in Solid Electrolytes	Feng Jiao	University of Delaware