NextGen Combustion
Flex-Fuel Power System to enable low-emission combustion of ammonia in existing engines
NextGen Combustion
Flex-Fuel Power System to enable low-emission combustion of ammonia in existing engines
Flex-Fuel Power System to enable low-emission combustion of ammonia in existing engines
Flex-Fuel Power System to enable low-emission combustion of ammonia in existing engines
A bolt-on hardware solution to fuel existing engines with ammonia while retaining the ability to burn traditional fuels.
To deliver low-cost, simple, and sustainable power with flexibility of hydrocarbons fuels.
Founded in 2023 out of the Colorado School of Mines, enriched by the Activate program, backed by leading hard-tech investors, and based in Denver, Colorado USA.
Fuel reformer package as a bolt-on solution to enable existing engines to run on ammonia while retaining the capability to use traditional hydrocarbon fuels.
We modify the combustion properties of ammonia to match existing hydrocarbons, allowing front-end integration for improved combustion efficiency and emissions control.
To provide a low-risk, low-cost and simple fuel reforming solution that can be integrated with combustion products, facilitating the adoption of alternative fuels through proven energy assets.
Lowest cost alternative fuel on an energy equivalent basis; 21% lower cost than petroleum diesel.
Lowest adoption risk: use ammonia or maintain standard operations by switching to diesel if needed.
Use existing generator/engine with a bolt-on fuel reformer package to utilize in-place Capex, maintenance and supply chain channels.
Ph.D. in Chemical Engineering from Colorado School of Mines
Activate Anywhere 2023 Fellow
+30 years executive leadership in technology companies
CEO with two successful exits
Ph.D. in Chemical Engineering from Colorado School of Mines
Starfire Energy & National Renewable Energy Laboratory
Ph.D. in Chemical Engineering from MIT
+20 years energy research at Colorado School of Mines
Please reach us at info@blazeenergytech.com if you cannot find an answer to your question.
Transforming the combustion properties of alternative fuels to match hydrocarbons. We accomplish this through fuel reforming, which is a chemical process of transforming ammonia into hydrogen and nitrogen.
Fuel reforming is traditionally performed on a "refinery scale" and unpractical for small applications. Our innovative design and engineering approach allows us to transform fuel reforming into a "suitcase scale", enabling integration with internal combustion engine.
We have successfully demonstrated our technology in the laboratory setting, and are now ready to integrate with the combustion systems. We’re looking to engage with partners in the maritime, generator or other heavy industries to explore technology applications and identify pilot opportunities.
Drop us a note, or schedule an in-person visit.
Denver, Colorado, United States