Advancing Synthetic Aviation Fuel Technology: Southern Energy Renewables and NLR Collaborative Research and Development Agreement

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Advancing Synthetic Aviation Fuel Technology: Southern Energy Renewables and NLR Collaborative Research and Development Agreement

Southern Energy Renewables and the U.S. Department of Energy's National Laboratory of the Rockies have entered into a Collaborative Research and Development Agreement (CRADA) to advance synthetic aviation fuel (SAF) technology. This partnership aims to develop a proprietary catalytic process that converts syngas and carbon dioxide into branched hydrocarbons suitable for aviation fuel. The technology is designed to enhance U.S. energy security and industrial competitiveness by utilizing domestic carbon resources efficiently.

The agreement between Southern Energy Renewables and NLR focuses on scaling up the catalytic process developed with DOE funding. This process enables the production of energy-dense branched hydrocarbons from syngas and carbon dioxide, which are ideal for jet fuel formulations. The collaboration aims to integrate the technology with existing industrial infrastructure and leverage established gas processing and catalytic reactor technologies for efficient production.

The joint R&D effort will evaluate feedstock flexibility, process intensification strategies, and catalyst durability under continuous operation. Additionally, the teams will explore integration opportunities with industrial carbon streams and gasification systems to enable distributed or centralized production configurations. Synthetic aviation fuel is seen as a strategic component of U.S. energy infrastructure, offering a pathway to diversify domestic fuel supply chains while utilizing various carbon resources.

Southern Energy Renewables and NLR are committed to positioning the technology for future demonstration projects and potential commercial deployment within the United States. The collaboration underscores the importance of developing scalable domestic fuel technologies that contribute to energy security and industrial competitiveness. By leveraging the expertise of both organizations, the partnership aims to advance the production of aviation fuel from abundant domestic carbon resources efficiently and sustainably.

In conclusion, the partnership between Southern Energy Renewables and the National Laboratory of the Rockies represents a significant step towards advancing synthetic aviation fuel technology. By combining their expertise and resources, the organizations aim to develop a sustainable and efficient process for producing aviation fuel from domestic carbon resources. This collaboration underscores the commitment to enhancing U.S. energy security and industrial competitiveness through innovative fuel technologies.