Key Takeaways
- Gevo announced development plans for a potential second ethanol production facility at its Gevo North Dakota facility in Richardton, targeting 75 million gallons per year of low-carbon ethanol capacity.
- The expansion would combine with a previously announced incremental capacity increase to bring the GND site's total production to approximately 150 million gallons per year of low-carbon ethanol.
- The integrated facility combines ethanol production with CO₂ capture and permanent sequestration infrastructure, enabling Gevo to monetize carbon in voluntary markets and low-carbon fuel markets.
- Paul Bloom, President of Gevo, stated the expansion represents strategic opportunities for accretive growth while leveraging existing carbon capture infrastructure and access to pore space.
- The expanded facility would produce more than 400,000 metric tons of captured CO₂ annually, supporting Gevo's carbon business and synthetic aviation fuel production pathways.
Gevo Targets Major Capacity Expansion in North Dakota
Gevo, Inc. (NASDAQ: GEVO) announced plans for a potential expansion at its Gevo North Dakota facility in Richardton, North Dakota, adding a second ethanol production facility with targeted capacity of up to 75 million gallons per year of low-carbon ethanol. The sustainable fuels company already operates an existing facility at the site with integrated carbon capture and sequestration capabilities.
“As we pursue strategic opportunities for accretive growth, the expansion of production at Gevo North Dakota is at the top of our list,” said Paul Bloom, President of Gevo. “We believe GND is one of the best sites in the U.S., in a pro-agriculture and pro-energy state and with local farmers who continue to increase productivity year after year.”
Gevo's Integrated Carbon Management Strategy
The expansion builds on Gevo's integrated approach combining ethanol production, CO₂ capture, and permanent sequestration. This system enables the company to monetize carbon in voluntary carbon markets and low-carbon fuel markets while producing cost-effective alcohol-to-jet pathways for synthetic aviation fuel production.
