Big grass. Big potential. King grass grows up to 15 feet tall, and Blue Biofuels estimates it can yield 3,000–4,000 gallons of ethanol per acre annually using its proprietary CTS technology—turning a fast-growing crop into American-made renewable fuel.
#biofuel#FL#greentech
Beyond ethanol: Blue Biofuels’ CTS sugars have potential applications in fuels and biochemicals. We’re developing a technology platform with opportunities to expand through licensing, joint ventures, and additional product pathways.
#ethanol#FL#biofuel#BIOF#biochem#tech
Blue Biofuels estimates its planned cellulosic ethanol-to-SAF pathway could reduce lifecycle carbon emissions by more than 80% versus conventional jet fuel, subject to feedstock, energy, and process assumptions.
#carbonemissions#SAF#biofuel#greenenergy
Blue Biofuels' planned pathway to sustainable aviation fuel connects its patented Cellulose-to-Sugar technology with ethanol production and licensed SAF production technology. Blue Biofuels owns 50% of VertiBlue Fuels, the joint venture pursuing this downstream SAF opportunity.
Florida agriculture. American fuel production. Blue Biofuels has secured a Florida production site with access to biomass, rail, and highways, positioning its planned facility to connect regional agricultural resources with domestic fuel manufacturing.
#agriculture#FL#biofuel
Moving toward commercial production: Blue Biofuels completed an FEL-2 engineering study evaluating process design and economics for its planned Frostproof, Florida facility. A concrete step from pilot operations toward a commercial plant.
#FEL2#engineering#biofuel#commercial
The IDU will help Blue Biofuels complete final engineering and pursue USDA Section 9003 loan guarantees for commercial facility development and construction. Connecting demonstrated technology with financing is a key step toward future revenue.
A USDA loan guarantee can help attract commercial lending by reducing lender risk. For Blue Biofuels, that creates a pathway to finance growth. Successful demonstration, engineering, and financing approvals are milestones for investors to watch.
How does Blue Biofuels move from promising technology to commercial production? Its Integrated Demonstration Unit (IDU) connects biomass processing, sugar production, and fermentation into one system, demonstrating the complete pathway to ethanol at scale.
Technical progress can create financing opportunities. By demonstrating integrated performance, Blue Biofuels strengthens its case with investors, strategic partners, and lenders, building the foundation for commercial expansion.
Different crops. A shared opportunity. Blue Biofuels has successfully processed sugarcane bagasse and company-grown king grass using CTS, demonstrating flexibility to turn multiple biomass sources into fermentable sugars.
#biofuel#crops#kinggrass
Innovation we own. Technology we protect.
Blue Biofuels’ June 2026 SEC filing reports three issued CTS patents and three additional pending applications, strengthening the intellectual property behind our proprietary biomass-to-sugar technology.
#IP#biofuel#greentech
Progress backed by testing and proven results:
Blue Biofuels successfully completed pilot-scale testing and optimization, with third-party validation of sugar and ethanol conversion results.
Another key milestone on the path to commercialization!
#biofuel#pilot
A milestone in bringing cellulosic fuels to market: Blue Biofuels completed its DOE-supported Phase II SBIR project, advancing scale-up across biomass harvesting, fermentation, and distillation.
https://t.co/C3qVi8cuUq
#DOE#SBIR#grant#biofuel
Blue Biofuels’ proprietary CTS technology converts plant cellulose into fermentable sugars, a key building block for cellulosic ethanol and a potential pathway to sustainable aviation fuel (SAF).
#Biofuels#SAF#CleanEnergy
Blue Biofuels (OTCQB: BIOF) is happy to announce a new research report by Harbinger Research highlighting our patented Cellulose-to-Sugar technology, progress toward commercialization, and plans for cellulosic ethanol & SAF
https://t.co/dzpgeF9I3B
#Biofuel#SAF#research