Announcement of exclusive licence for new fluid reactor technology

1414 Degrees Ltd (ASX:$14D) has obtained an exclusive licence for a new fluid reactor technology developed and patented by The University of Adelaide. The novel Reactor design features innovative dual bubble column technology with liquid metal catalysts for high temperature reactions. 1414 Degrees plans to integrate its SiBrick™ silicon thermal storage with the Reactor design, primarily for emissions-free hydrogen production through pyrolysis of methane. The University of Adelaide will continue to develop its Reactor design under a sub-licence for teaching and research purposes.

Executive Commentary on New Fluid Reactor Technology Licence

1414 Degrees is pleased to announce the exclusive licence for a new fluid reactor technology from The University of Adelaide. This innovative Reactor design, featuring dual bubble column technology with liquid metal catalysts, aligns with our commitment to decarbonise high temperature industry and power generation. The integration of SiBrick™ with the Reactor design will enable emissions-free hydrogen production using intermittent renewable energy, a significant step towards sustainable energy solutions. We look forward to the continued development of the Reactor design and the potential commercialization of this technology, which holds promise for the future of clean industrial heat.

Summary of Exclusive Licence for New Fluid Reactor Technology

1414 Degrees Ltd (ASX:14D) has secured an exclusive licence for a new fluid reactor technology developed by The University of Adelaide, featuring dual bubble column technology with liquid metal catalysts. The integration of SiBrick™ with the Reactor design is aimed at enabling emissions-free hydrogen production using intermittent renewable energy sources. The University of Adelaide will continue to develop the Reactor design under a sub-licence for teaching and research purposes. This strategic move aligns with 1414 Degrees' focus on decarbonising high temperature industry and power generation. The company's commitment to sustainable energy solutions is further underscored by the potential of this technology for clean industrial heat. The agreement includes an option for 1414 Degrees to purchase the intellectual property in the future, reflecting the company's long-term vision and strategic planning. This development marks a significant step towards achieving the company's goals in the clean energy sector, positioning 1414 Degrees as a key player in the transition towards sustainable industrial practices.