Circularity Fuels
With the rise of curtailed renewables and natural hydrogen, there is increasing availability of stranded clean energy. Hydrocarbon fuels are high-density energy molecules for which extensive spare transportation capacity already exists within the USA. We have therefore designed and built reactors that use a proprietary blend of sorbents and catalysts to efficiently capture and convert carbon dioxide to hydrocarbon fuels. Circularity Fuels’ catalytic reactors are more efficient and affordable than existing reactors at capturing and converting carbon dioxide which enables hydrocarbon fuels to be made wherever renewable energy is cheapest.
Team Members
Gaurav Kamat (PhD, ChemE); Stephen Beaton (MBA, GSB); Terry Baggett (MBA, GSB); PI: Prof. Thomas Jaramillo (ChemE)