Mitigating aviation’s impact on climate change requires major changes in aircraft configurations and operations. The projects will present the latest developments for digital transformation of aircraft design, manufacturing, maintenance, and digital methodologies that optimise aircraft performance — all of which will play a key role in this transformation.
GOLIAT, ALRIGH2T, OLGA and TULIPS projects will present the Liquid H2 refuelling technical challenges. Liquid H2 flow rate, boil-off gas management, ground operations and refueller handling solutions are being developed and will be presented during the session. Global techno-economics lifecycle from H2 production to the refuelling will be presented.
The projects will present the latest developments in the gas-turbine combustor to further reduce NOx and PM emissions, as well as fuel-flexible ultra-low emissions combustion systems for sustainable aviation. The latest developments in Solid Oxide Fuel Cells (SOFC) will also be presented, alongside innovative novel thrust-generating heat dissipation and recuperation system.
The projects will present the challenges and the solutions developed for Liquid Hydrogen (LH2) storage tanks to enable the transition towards H2-powered aviation.
The projects will present innovative solutions that improve the air quality at airports and decrease noise, ultimately shaping a sustainable future for aviation operations. Key innovations on air quality and noise-reduction techniques will be presented.
The projects OLGA, STARGATE, ALIGHT, TULIPS, and TAKE-OFF will focus on the fuel supply chain, sustainable aviation fuel (SAF) uptake processes, economics of SAF, and overall sustainability of the implementation of SAF in aviation. The projects will cover the SAF challenges: LCA and emissions (including non-CO2), production and feedstock availability, ReFuelEU (mandate, incentives and cost for airlines), transportation (downstream supply chain), storage, and distribution.
HESTIA, TRIATHLON and HyDEA projects will together present the challenges of H2-air combustion of future hydrogen-fuelled aero-engines. HYLENA and FlyECO projects will together present the challenges of the integration and combination of Solid Oxide Fuel Cells (SOFC) with turbomachinery in order to use both the electric and thermal energy for maximisation of propulsive efficiency. The format will be a dynamic panel discussion animated by the Technical Moderator and the Chairman.