Invention Reference Number
A new catalytic process enables the conversion of biomass-derived monoterpenes into sustainable aviation fuel (SAF). This approach provides an alternative route to producing essential fuel components, including aromatics and cycloalkanes, which are necessary for aviation fuel performance. By utilizing a specialized catalyst system, this method offers a renewable pathway to SAF, supporting the global push for carbon-neutral aviation solutions.
Description
This technology leverages a unique catalytic system to convert monoterpenes, which are typically released as waste byproducts from wood drying and biomass processing, into hydrocarbon blends suitable for SAF. The process operates in an inert environment and facilitates the transformation of these terpenes into a mixture of aromatics and cycloalkanes – both essential components for aviation fuel stability and performance. The catalyst system optimizes conversion efficiency, eliminating the need for external hydrogen sources while ensuring compatibility with existing fuel standards. The resulting SAF blend exhibits comparable properties to conventional jet fuel, including energy density and freeze point, offering a renewable and scalable alternative for the aviation industry.
Benefits
- Achieves complete conversion of biomass-derived monoterpenes in an inert system
- Enables a renewable pathway for producing aviation fuel components
- Broadens supply chain by reducing reliance on fossil-based hydrocarbons in jet fuel production
Applications and Industries
- Sustainable aviation fuel production
- Biomass-based fuel conversion technologies
Contact
To learn more about this technology, email partnerships@ornl.gov or call 865-574-1051.
