Uploaded December 2024 | Updated September 2026, 3 hours ago
Day 2, Panel 5: Adventures in Cryogenics: Liquid Hydrogen Advances
Speakers:
- Laura Cuss, Programme Director, Hydrogen Capability Network, ATI
- Konstantin Matveev, Professor of Mechanical Engineering, WSU
- Dr Chloe Palmer, Hydrogen Fuel System Architect, Rolls Royce
- Simon Cozens, Head of H2 Architects & Integrations, Airbus Fuel Systems
- Josef Kallo, Founder & CTO, H2Fly
While long-range aircraft present a compelling application for hydrogen-powered propulsion, the amount of hydrogen required to fuel those aircraft necessitates using liquid hydrogen stored at cryogenic temperatures. Are the latest developments changing the game? In this session, we’ll look at promising new approaches to liquid hydrogen management, including thermal insulation technologies, boil-off mitigation, and airframe integration.
Day 2, Panel 5: Adventures in Cryogenics: Liquid Hydrogen Advances
Speakers:
- Laura Cuss, Programme Director, Hydrogen Capability Network, ATI
- Konstantin Matveev, Professor of Mechanical Engineering, WSU
- Dr Chloe Palmer, Hydrogen Fuel System Architect, Rolls Royce
- Simon Cozens, Head of H2 Architects & Integrations, Airbus Fuel Systems
- Josef Kallo, Founder & CTO, H2Fly
While long-range aircraft present a compelling application for hydrogen-powered propulsion, the amount of hydrogen required to fuel those aircraft necessitates using liquid hydrogen stored at cryogenic temperatures. Are the latest developments changing the game? In this session, we’ll look at promising new approaches to liquid hydrogen management, including thermal insulation technologies, boil-off mitigation, and airframe integration.
