Stralis and CQUniversity Collaborate for the Future of Hydrogen-Electric Aviation in Queensland
Key Ideas
- Stralis Aircraft and CQUniversity are partnering to develop long-range hydrogen-electric propulsion systems for aviation in Queensland.
- The collaboration aims to design a heat management system for high-temperature proton-exchange membrane fuel cells to accelerate the integration of fuel cells into aircraft.
- Funded by the Queensland Government and CSIRO, the Regional University Industry Collaboration Program promotes collaborative research partnerships between SMEs and universities.
- The project's goal is to showcase the feasibility of decarbonizing aviation through a hydrogen-powered aircraft flight from Gladstone to Brisbane.
Stralis Aircraft and CQUniversity have initiated a collaboration to advance the development of long-range hydrogen-electric propulsion systems for aviation in Queensland. Supported by the Regional University Industry Collaboration (RUIC) Program, the project focuses on designing a heat management system for high-temperature proton-exchange membrane fuel cells. The aim is to facilitate the integration of fuel cells into aircraft, with plans to conduct tests using a Bonanza A36 aircraft in late 2025. The project, funded by the Queensland Government and CSIRO, aims to demonstrate the potential of hydrogen-powered aircraft for decarbonizing aviation. The collaboration between industry and academia, particularly between Stralis and CQUniversity, highlights the importance of knowledge advancement and innovation translation. Through the RUIC Program, SMEs like Stralis are empowered to turn ambitious ideas into reality, showcasing the impact of collaborative research projects. The involvement of CQUniversity's Centre for Hydrogen and Renewable Energy, along with experts like Professor Jonathon Love and Dr. Michael Opolot, underscores the crucial role of research institutions in supporting innovative projects. The collaboration also extends to the Hydrogen Flight Alliance, emphasizing the commitment to achieving Australia's first commercial emissions-free hydrogen flight. This partnership signifies a significant step towards a cleaner and more sustainable future for the aviation industry.
Topics
Fuel Cells
Clean Energy
Innovation
Aviation Industry
Research
Regional Development
Collaboration
Hydrogen Technology
Academic-industry Partnership
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