Luverne plant first to make green methanol | Rock County Star Herald
Three months after purchasing the former Gevo Inc. plant in Luverne, A.E. Innovation debuted a partnership with a bio-processing firm to create green methanol.
Three months after purchasing the former Gevo Inc. plant in Luverne, A.E. Innovation debuted a partnership with a bio-processing firm to create green methanol.
Prior to the kickoff of the American Coalition for Ethanol Conference last week, CapCO2 Solutions held an open house at the AgriEnergy Innovations ethanol facility in Luverne, Minnesota to showcase a new collaboration utilizing CO2 waste to produce green methanol.
Press Release
FOR IMMEDIATE RELEASE
Open House and Project Launch at Luverne, MN Ethanol Plant
AgriEnergy Innovations and CapCO2 Solutions Advancing Renewable Biofuels
August 20, 2025
502 S. Walnut Ave., Luverne, MN
Luverne, MN – Ahead of the American Coalition for Ethanol Biofuels Conference in nearby Sioux Falls, we are holding an open house on August 20th from 1:30 p.m. to 4 p.m. A brief presentation will be held at 2:30 p.m.
About Agri Innovations, CapCO2 Solutions, and Methylennium Energy
AgriEnergy Innovations is fostering a biofuels innovation center to advance the industry and drive development of future renewable fuels. The ethanol facility in Luverne, MN is developing breakthrough technologies with new products, jobs, and revenues beyond traditional ethanol production.
CapCO2 Solutions is collaborating with AgriEnergy to utilize their CO2 waste to produce green methanol. Green methanol is a fuel and chemical building block, a source of renewable energy with growing economic opportunities. It enables ethanol and other renewables to participate in the emerging Sustainable Aviation Fuel supply chain.
“We are pleased to partner with AgriEnergy Innovations, the City of Luverne, and Rock County MN in the next generation of biofuels. AgriEnergy has brought together the cutting edge of experienced ethanol industry leaders with next generation innovations,” says Dr. Jeff Bonar, CapCO2 CEO. “We are excited to be building in Luverne, and growing our organization with Agri Innovation’s expertise and legacy. They are making a huge difference for the industry and generating growth opportunities for the entire ethanol ecosystem including farmers and rural communities.”
CapCO2 Solutions is leveraging the revolutionary patents and expertise of Methylennium Energy to provide the first viable CO2 utilization solution in the ethanol industry. We are building modular components that can be delivered on-site with the same ethanol carbon score benefits of sequestration without the need for eminent domain, an estimated 25-point carbon intensity reduction. Most crucially, CapCO2’s solution means that ethanol plants produce ethanol that qualifies to be part of Sustainable Aviation Fuel (SAF).
Media Inquiries – contact below to RSVP
Sally Hart
CapCO2 Solutions
VP of Communications and Outreach
sally@capco2.solutions
While many companies are developing ways to remove carbon emissions from the atmosphere and sequester them deep underground, other innovators are exploring ways to use carbon emissions, turning them into valuable fuels and chemicals.
For decades, many ethanol producers have been selling their CO2 on the merchant market for uses such as freezing meat and carbonating beverages, but new processes and technologies are enabling producers to find even more attractive outlets for their CO2.
Roughly 80 people crowded into a room at the Waverly Area Veterans Post Dec. 5 to hear about an alternate use of ethanol plants’ CO2 emissions that would not require use of a pipeline.
The CEO of CapCO2 Solutions, Jeff Bonar, led the 1½-hour informational session, explaining how carbon dioxide that results from ethanol production can be combined with hydrogen to produce methanol, which has many commercial uses, including as a fuel.
CapCO2 Solutions CEO Jeff Bonar joins Chip Flory on AgriTalk for an interview about the opportunity to use CO2 to produce green methanol and shares information about the December 5th meeting being held in Waverly, Iowa.
Green methanol could provide a cleaner, more profitable way to reduce carbon emissions and create new opportunities for the ethanol industry—without the need for expensive, controversial pipelines.
Green methanol could provide a cleaner, more profitable way to reduce carbon emissions and create new opportunities for the ethanol industry—without the need for expensive, controversial pipelines.
PRESS RELEASE
CapCO2 Solutions Signs MOU with Methylennium Energy for Green Methanol Production
Next Generation Ethanol Industry Revenues from CO2 Utilization
For immediate distribution – October 15, 2024
CapCO2 Solutions is excited to announce that we have signed a memorandum of understanding (MOU) with Methylennium Energy. Our CO2 capture and upgrade focus addresses the urgent need of ethanol plants to decarbonize – cutting their carbon intensity (CI) score in half* while also adding $50 million in new revenue for each ethanol plant. We do all this without the use of eminent domain.
Green methanol is a new bio-based product (like ethanol) critical to the climate transition. Green methanol will replace fossil fuel in the shipping industry, and provide a starting point for a wide range of zero-carbon products like rigid plastics, seat covers, disposable diapers and more. Green methanol is also a crucial part of the emerging Sustainable Aviation Fuel (SAF) supply chain. Green methanol fuel is transported by rail or over the road by trucks to the customer.
Green methanol’s demand already far exceeds supply.
Crucial to the CapCO2 mission is the value we provide to ethanol plants: we capture their waste CO2 and use it to make the green methanol. Green methanol is a new and additional product for the ethanol plant. And the ethanol made on-site then qualifies as low-carbon. Low carbon ethanol sells for a 15-20% premium over regular ethanol, and makes the ethanol qualified for use in SAF. There is a huge value-add to the ethanol plant ,new jobs for the local community, and reducing carbon emissions for the planet.
This collaboration is a valuable step forward for both companies. CapCO2 Solutions CEO Dr. Jeff Bonar explains, “We needed a company with technical, commercial, and business experience, ready and able to deliver a complete green methanol solution. Methylennium’s 15 years of experience with compact and efficient methanol equipment, their depth with the leveraging renewable energy, and their real-world delivery experience are the perfect package. We are excited to MLE to the ethanol industry, allowing them to cut their CI score in half and bring new revenues.”
Dr. Max Lyubovsky, President and CEO of Methylennium Energy, is also excited to take the next steps with carbon capture and utilization, “At Methylennium we’ve spent decades developing next generation technologies to leverage captured CO2. With soaring green methanol demand, our technology is ready for prime time. We are excited to work with CapCO2 and the ethanol industry to open up new markets.”
Methylennium brings patented technology to utilize waste CO2 at ethanol facilities and upgrade it onsite to green methanol. Their technology is made from modular components that will be manufactured in the USA, delivered to ethanol plants and assembled there.
The duo of U.S.-based companies are finalizing plans for the first green methanol production site to be operational in 2025.
To schedule an interview with Drs. Bonar and Lyubovsky, contact CapCO2 Solutions Director of Outreach and Community Sally Hart at sally@capco2.solutions.
* CapCO2 Solutions brings a Carbon Intensity (CI) reduction of approximately 25 points at ethanol facilities. This is the conclusion of a third-party detailed GREET analysis. Results must be verified for each ethanol plant with a detailed analysis.
Guest columnist Brian Frye had a thought-provoking take on the future of the ethanol industry in the Sept. 15 Register. We agree that Iowa farmers are not doomed if ethanol plants don’t transition to sustainable aviation fuel, or SAF, markets.
Yet, smart utilization of the CO2 from ethanol plants and other industries can lower the carbon intensity of the ethanol produced — for the good of the environment and the good of the industry’s future while taking key steps toward SAF.