Change the Fuel,
Change the Future.

THE BLUE BIOFUELS ADVANTAGE

Patented Process

Through a unique, patented cellulose-to-sugar (CTS) process, Blue Biofuels uses a mechanical-chemical system to convert virtually any cellulosic material into biofuels and sustainable aviation fuels.

Feedstock Availability

At Blue Biofuels, we create biofuel from abundant plant-based materials faster and more efficiently than traditional ethanol production — all with the environment in mind.

A Biofuel Revolution

Blue Biofuels is the next generation of biofuel. Combining our groundbreaking technology with low-cost feedstocks, we aim to fulfill increasing demand for sustainable, climate-friendly biofuel. This is a biofuel revolution, rooted in our passion to truly make a difference for people and the planet.

ABOUT US

Reimagining the Tomorrows of Transportation

Led by a knowledgeable team with a proven track record, Blue Biofuels will reshape the biofuel industry by delivering a scalable, highly efficient and low-cost technology that converts abundant plant materials into ethanol and sustainable aviation fuel.

As demand increases for sustainable fuel options, our patented cellulose-to-sugar (CTS) process offers a pathway to produce biofuels, like ethanol and jet fuel, using 100-percent renewable resources. Blue Biofuel’s products keep cars on the road and planes in the sky – while keeping trees green and our carbon footprint low.

Technology

Innovating Biofuels

Uniquely, Blue Biofuels leverages a patented process to produce biofuel — a streamlined system that converts cellulose from any plant or biomass into the sugars needed for fermentation to ethanol. We expect our CTS technology will enable us to produce ethanol at a lower cost than other cellulosic processes.

Patented and Innovative Cellulose-to-Sugar (CTS) Process
01/04
Fermented into ethanol Sugars dissolved into water Output: Sugar, Lignin, Recyclable Catalyst CTS Reactor System Feedstock + Catalyst
Biomass to Fuel Annual U.S. Yields
02/04
100 billion gallons of ethanol1 billion tons of biomass can be harvested in the US

Source: [DOE Billion Ton Report]

A Climate-friendly Option Greenhouse Gas (GHG) Reductions by Biofuel
03/04
88% GHG ReductionsCellulosic Ethanol51% GHG ReductionsSugarcane Ethanol34% GHG ReductionsCorn Ethanol

Source: [Argonne National Lab Energy Systems Division]

High Yield. Higher Efficiency. Grass vs. Corn Ethanol Production
04/04
*Calculated from an expected yield of 35 BDT of king grass per acre1 Acre of King Grass = 3,500 gallons* of ethanol 1 Acre of Corn = ~500 gallons of ethanol

Source: [Argonne National Lab Energy Systems Division]

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WHO WE ARE, WHAT WE ASPIRE TO BE

Mission

Utilizing our patented technology in combination with low-cost and abundant feedstocks to meet the growing demand for transportation fuel with sustainable and environmentally-friendly biofuels. 

Vision

To revolutionize the biofuel industry.

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