TM
sustainable fuels
sustainable Economics
Thermyx economically transforms woodwaste biomass into sustainable fuels that help decarbonize aviation, heavy industry, and power generation while permanently removing carbon through biochar.
One Number Makes Sustainable Possible
1100°
Current pyrolosis energy pathways are either prohibitively expensive or fail to achieve true carbon-negativity. Electrolysis requires massive grid upgrades, while natural gas + CCS remains fossil-dependent. The Thermyx 1,100°C reactor solves these limitations by delivering high-heat pyrolysis that standard technology cannot match.
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Cost Superiority: Outperforms electrolysis by utilizing widely available, affordable woody biomass feedstock without grid-scale infrastructure needs.
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True Carbon-Negativity: Unlike natural gas + CCS, our pyrolysis platform produces high-value biochar, achieving permanent carbon sequestration.
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Industrial Precision: The 1,100°C reactor ensures complete thermal conversion, delivering a purity of hydrogen and syngas impossible for conventional pyrolysis.
At 1,100°C the problems with pyrolysis get incinerated
03.
Green Hydrogen
Thermyx Sustainable Hydrogen is a clean hydrogen fuel engineered for the industries that are hardest to decarbonize. Ideal for steel production, ammonia and fertilizer manufacturing, maritime transportation, and other industrial applications, it provides a dependable source of sustainable hydrogen while reducing emissions and strengthening domestic energy supply.
One Platform. Five Products.
Thermyx’s ultra-high heat woody biomass pyrolysis platform turns a single feedstock into multiple revenue streams for heavy industry, aviation, and shipping.
01.
SAF
02.
Renewable Diesel
04.
Electricity/
H2 Syngas
05.
Naphtha
Thermyx Sustainable Aviation Fuel is a drop-in aviation fuel engineered to help airlines and cargo operators reduce lifecycle emissions without changing aircraft or fueling infrastructure. Produced from the same proven synthetic fuel platform as our ASTM-qualified sustainable diesel, it delivers the performance required by commercial aviation while supporting the industry's transition to more sustainable flight.
Thermyx Sustainable Diesel is a high-performance ASTM approved synthetic diesel fuel engineered for heavy transportation, industrial operations, and distributed power generation. Designed as a direct replacement for conventional diesel, it delivers dependable performance while reducing lifecycle emissions and strengthening domestic fuel security through sustainable biomass feedstocks.
Thermyx Sustainable Syngas is a hydrogen-rich fuel gas engineered as a sustainable alternative to conventional natural gas for industrial heat and power applications. Compatible with a wide range of combustion systems, it enables manufacturers and utilities to lower emissions while maintaining reliable, high-energy performance using sustainable biomass resources.
Thermyx Sustainable Naphtha is a sustainable synthetic naphtha engineered for refining and petrochemical manufacturing. Produced from sustainable woodwaste biomass, it provides a drop-in chemical feedstock that helps manufacturers decarbonize the production of fuels, plastics, and industrial chemicals.
OUR FUELS ARE GREEN
OUR BYPRODUCT IS THE NEW BLACK GOLD
Biochar is stable carbon created when biomass is heated with little or no oxygen. Thermyx biochar is different because our high-temperature process can form a turbostratic graphene structure—a layered carbon material with higher conductivity and performance potential.
Biochar serves agriculture, carbon removal, construction, environmental remediation, and industrial carbon markets. Turbostratic graphene expands that opportunity into batteries, sodium-ion energy storage, plastics, concrete, automotive materials, aerospace, defense, electronics, and advanced manufacturing.
13%
2X battery storage potential. Faster charging. Lower fire risk.
Graphene materials produced used Thermyx's unique biochar are designed to replace or enhance graphite in next-generation battery systems, with higher conductivity, improved charging performance, and safer energy storage.
2X
13% of feedstock becomes biochar
A durable carbon sink created from the same woodwaste biomass used to produce sustainable fuel.
Biochar:
Agriculture
Soil amendment, crop productivity, water retention, nutrient management, and livestock feed applications.
Livestock & Animal Nutrition
Methane reduction, improved feed efficiency, and animal performance. Your deck specifically references 22% methane reduction and 25% cattle weight gain at 0.5% feed inclusion.
Carbon Removal & Environmental Markets
Durable carbon sequestration, carbon credits, corporate carbon removal programs, and climate-focused offtake.
Construction Materials
Concrete, asphalt, cementitious materials, and low-carbon building products.
Environmental Remediation
Water filtration, soil remediation, PFAS/heavy-metal adsorption, and industrial cleanup applications.
Industrial Carbon Products
Activated carbon, fillers, binders, coatings, and specialty carbon additives.
Turbostratic graphene:
Battery & Energy Storage
Sodium-ion batteries, lithium-ion batteries, anode materials, conductive additives, capacitors, and grid storage. This is probably the most important category to emphasize because the deck highlights 2x storage potential, higher conductivity, shorter charging times, and lower fire risk.
Automotive & Mobility
Lightweight composites, stronger plastics, battery materials, body panels, interior components, and EV-related materials.
Construction & Cement
Graphene-enhanced concrete, cement, asphalt, and infrastructure materials with improved strength and durability.
Defense & Protective Equipment
Body armor, helmets, protective composites, ballistic materials, and lightweight structural materials.
Lightweight, conductive, high-strength composites for aircraft, drones, satellites, and advanced industrial components.
Plastics, Foams & Polymers
Aerospace & Advanced Manufacturing
Polyurethane foam, industrial plastics, packaging materials, insulation, and structural polymer applications. The deck specifically notes performance benefits at 0.025% graphene loading in polyurethane foam.
Proven Hardware, Not a Lab Concept
The 1,100°C CHyP technology is based on over 15 years of verified operating data. Our founder, the original inventor of this ultra-high heat pyrolysis reactor, has moved the technology through rigorous industrial validation phases. Today, this hardware is ready to deliver affordable carbon-negative fuels at scale, transitioning from a proven engineering feat to a global clean energy solution.
Scale With Confidence
Facilities can range in size all using the same equipment scaling to 40 million gallons per location. Thermyx facilities are designed to be located near abundant woodwaste biomass and the customers they serve. By producing fuel closer to where it is consumed, Thermyx reduces transportation costs, strengthens regional energy resilience, and creates local economic value. Our modular production platform also allows facilities to expand as demand grows, reducing project risk while enabling a clear path from an initial commercial installation to a full-scale sustainable fuels refinery.
Forge a Partnership
Partner with Thermyx Sustainable Fuels to build the next generation of sustainable fuel production. Our modular technology platform transforms sustainable woodwaste biomass into sustainable aviation fuel, diesel, hydrogen, syngas, and naphtha—helping industries decarbonize without replacing existing infrastructure.
info@thermyxsustainablefuels.com
1 (616) 560-1180