Stralis and CQUniversity Collaborate to Develop Hydrogen-Electric Aircraft in Queensland
Key Ideas
- Stralis and CQUniversity partner to develop long-range hydrogen-electric propulsion systems for aviation in Queensland.
- Funded by the Queensland Government and CSIRO, the project aims to design a heat management system for a high-temperature proton-exchange membrane fuel cell.
- The collaboration is crucial for advancing Stralis' hydrogen-electric aviation plans and demonstrates the potential for decarbonizing the aviation industry.
- CQUniversity's expertise in hydrogen and renewable energy contributes to the development of innovative liquid hydrogen-fueled propulsion systems.
Stralis Aircraft and CQUniversity have teamed up to work on an innovative project aimed at decarbonizing aviation through the development of hydrogen-electric aircraft. The collaboration, supported by the Regional University Industry Collaboration Program, focuses on designing a heat management system for a high-temperature proton-exchange membrane fuel cell to be integrated into Stralis' aircraft. The project, funded by the Queensland Government and CSIRO, aims to showcase the potential of hydrogen technology in the aviation industry. The partnership between industry and academia highlights the importance of collaborative research in driving innovation and sustainability. CQUniversity's expertise in hydrogen and renewable energy, particularly in developing cooling systems, plays a vital role in advancing the project. The joint efforts of Stralis Aircraft and CQUniversity, both members of the Hydrogen Flight Alliance, signify a significant step towards achieving Australia's first commercial emissions-free hydrogen flight.
Topics
Projects
Aviation
Clean Energy
Innovation
Sustainability
Regional Development
Fuel Cell Technology
Research Collaboration
University-industry Partnership
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