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FAMU-FSU Researchers Develop Revolutionary Cryogenic Hydrogen Storage and Delivery System for Next-Gen Aircraft
- Researchers at the FAMU-FSU College of Engineering develop a liquid hydrogen storage and delivery system aimed at revolutionizing aviation for zero-emission flights.
- The system utilizes hydrogen not only as a clean fuel but also for thermal management in aircraft power systems, potentially reshaping the future of air travel.
- Focused on a 100-passenger hybrid-electric aircraft, the integrated system combines hydrogen fuel cells and turbines to enhance efficiency and minimize environmental impact.
- The research optimizes cryogenic tanks and subsystems to overcome hydrogen's low density, achieving a significant gravimetric index of 0.62 for improved fuel utilization.
- Innovations also include using ultra-cold hydrogen for thermal management and a pump-free solution for regulating hydrogen flow, enhancing system efficiency and reliability.
- Simulations demonstrate the system's capability to deliver hydrogen at rates up to 0.25 kilograms per second, meeting electrical demands during takeoff and emergencies.
- The project aligns with NASA's Zero Emission Aviation program and aims to validate the design through real-world testing at FSU's Center for Advanced Power Systems.
- The liquid hydrogen system presents a significant advancement in sustainable air travel, offering promise for cleaner aviation technologies and environmental standards.
- Through strategic collaborations, this innovation paves the way towards zero-emission aviation, emphasizing sustainability and environmental stewardship.
- This groundbreaking development signifies a transformative shift in air travel towards efficient, zero-emission propulsion systems using hydrogen, driving innovation in the aviation industry.
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