Synthetic kerosene engineered for propulsion engines
Synthetic kerosene engineered for propulsion engines
Overview
Precision fuel for high-performance flight
Precision fuel for high-performance flight
AIRMADE® Rocket Fuel is AIRCO’s synthetic kerosene-based fuel pathway designed for rocket and advanced propulsion engines. The pathway produces a sulfur- and nitrogen-free synthetic crude with tightly controlled composition, enabling fuels comparable to RP-1 / RP-2 while offering improved purity and tunability.
By building fuel molecules directly from carbon dioxide and hydrogen, AIRMADE® Rocket Fuel removes dependence on petroleum feedstocks and limited refining capacity—without compromising performance requirements.
Characteristics
Engineered, not extracted
Engineered, not extracted
AIRMADE® Rocket Fuel is designed to meet the demands of high-performance propulsion systems:
Kerosene-based fuel suitable for RP-1 / RP-2 class applications
Sulfur-and nitrogen-free synthetic hydrocarbons
No detectable heavy metals
Precision-controlled paraffinic composition
Tunable molecular profile for specific engine requirements
Rocket Fuel. Made Domestically.
A clean, consistent fuel produced on-site and designed for repeatable engine performance.
Process
Direct CO₂-to-hydrocarbon synthesis
Direct CO₂-to-hydrocarbon synthesis
AIRMADE® Rocket Fuel is produced through a single-step catalytic hydrogenation process that converts carbon dioxide and hydrogen into synthetic hydrocarbons.
CO₂ and hydrogen are converted directly into synthetic crude
Single-step process simplifies system design and improves efficiency
High carbon conversion with minimal byproducts
This approach reduces process complexity compared to multi-step petroleum refining and enables tighter control over final fuel properties.
Impact
Performance, reliability, and supply security
Performance, reliability, and supply security
AIRMADE® Rocket Fuel is designed to address both performance and supply constraints in propulsion fuel markets:
Scalable Supply
Reduces reliance on oil markets and a small number of specialized refiners
Specification-Aligned
Designed to meet core requirements for blending under applicable standards
Consistent Performance
Controlled composition supports repeatable engine behavior
Improved Efficiency
Streamlined synthesis with high carbon utilization
Clean Chemistry
No sulfur, nitrogenous compounds, or heavy metals
Validation
From lab to pilot scale
From lab to pilot scale