Greening Aviation with Hydrogen Fuel-Cell Technology
Key Ideas
- A research project at QUT focuses on developing hydrogen fuel-cells for aircraft propulsion to reduce global CO2 emissions from aviation.
- The project aims to work with Stralis Aircraft to optimize thermal management and cooling systems critical for hydrogen fuel-cell technologies.
- Utilizing numerical and experimental approaches, the project seeks to enhance the viability of hydrogen technologies for clean air travel.
- The National Industry PhD Program supports industry-focused research to translate university findings into commercial products and services.
The QUT research project titled 'Greening the aviation industry: novel approaches to hydrogen fuel-cell technology' has been selected as one of the recipients of the National Industry PhD Program. The project's primary goal is to develop hydrogen fuel-cells that utilize the chemical reaction between hydrogen and oxygen to generate electricity for aircraft propulsion. Professor Holmes emphasizes the urgent need for sustainable technologies in aviation due to the significant CO2 emissions produced by the industry. By collaborating with Stralis Aircraft, the project aims to optimize the design of thermal management and cooling systems essential for hydrogen fuel-cell technologies to meet the demanding requirements of aircraft propulsion. Additionally, the research will explore innovative approaches to heat exchange and energy recovery within the fuel-cell cooling loop. The ultimate objective is to advance hydrogen technologies to enable cleaner air travel and reduce the environmental impact of aviation. Through the National Industry PhD Program, PhD candidates are supported to conduct industry-focused research and acquire the necessary skills to bridge the gap between academic research and commercial applications.
Topics
Fuel Cells
Clean Energy
Aviation Industry
Sustainability
Industry Collaboration
Research Project
Thermal Management
Aircraft Propulsion
Numerical Analysis
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