Biomass resources in the United States could be harnessed to produce up to 60 billion gallons of biofuel each year, according to BETO's 2023 Billion-Ton Report. That's enough to support growing U.S. energy demand while opening doors for export to key international markets.
ChemCatBio accelerates the development of catalytic technologies that convert biomass and waste resources into bio-based fuels and chemicals.
Engineered Catalyst Design and Forming
The latest ChemCatBio Technology Brief examines the design, composition, and production of engineered catalysts, which are critical for moving transformative bioenergy technologies from the laboratory to the commercial sector.
Recording Available for January 29 Webinar: An Introduction to Programmable Catalysis
Miss ChemCatBio’s webinar on programmable catalysis for chemical energy technology? Watch a recording of the event, which featured the University of Minnesota’s Paul Dauenhauer.
Catalyst Scientist Dan Ruddy Is the New Director of ChemCatBio
At the helm, Ruddy will support current research initiatives and guide consortium activities amid evolving priorities.
