OVERLEAF

✈️ The #OverleafProject has reached its destination — it’s time for the final newsletter!
Inside, you'll find a detailed overview of what we’ve achieved over the past three years.
✈️ Thanks to all partners who have contributed to this journey!

📩 Read it here: overleaf-project.eu/news/overlea...

✈️ In the #OverleafProject, the tank employs two different types of insulators: Open-Cell foam (installed outside the Inner Tank) and Closed-Cell foam (placed outside the Outer Tank).

➡️ Discover all the #OVERLEAFresults in our Technical Brochure: overleaf-project.eu/wp-content/u...

✈️ For the #AviationIndustry, ensuring the safe storage and detection of hydrogen is essential.
A solution? Optical hydrogen sensors — like the one developed within the #OverleafProject.

➡️ Discover all the details about the #OVERLEAFresults: overleaf-project.eu/wp-content/u...

✈️ The #OverleafProject tank is divided into three separate parts, each made with different materials and manufacturing methods.
How is the Outer tank made?

➡️ Discover all the details about the #OVERLEAFresults in our Technical Brochure: overleaf-project.eu/wp-content/u...

YouTube video by OVERLEAF OVERLEAF Final Video: Fueling the Future of Flight

✈️ Within the #OVERLEAFproject, we didn’t just imagine the future of clean flight: we engineered it.
Acting as a launchpad toward a sky with zero emissions and zero compromises, the project is paving the way for hydrogen-powered aviation.

➡️ Watch our final video: www.youtube.com/watch?v=i4M0...

✈️ In the final weeks of our project, from 14 to 17 October, we will join the European Aerospace Science Network International Conference in Madrid!

On Wednesday 15 October the #OVERLEAFproject will host its own dedicated session.
➡️ Discover the full programme here: easnconference.eu/2025/agenda-...

✈️ Brasov hosted the International Conference on Structural Analysis of Advanced Materials—a great opportunity to showcase some of the research carried out during the #OVERLEAFproject!
A big thanks to Andrey Krauklis and Subrata C. Das for their presentations, based on research conducted at the NTNU

✈️ Today we held our final General Assembly!

We met online to discuss the project’s final conclusions and documents.
➡️ See you in Madrid from 14–17 October at the EASN Conference, where we’ll have a dedicated session on the #OVERLEAFproject!

✈️ Within the #OVERLEAFproject, advanced fibre optic sensors using metal hydride thin films have been utilised for fast, precise hydrogen detection.

➡️ Discover all the details about the #OVERLEAFresults in our Innovation Handbook: overleaf-project.eu/wp-content/u...

✈️ The impacts of the Inner Tank of the #OVERLEAFproject — designed to safely store liquid hydrogen, prevent leakage, and maintain cryogenic conditions.

➡️ Discover all the details about the #OVERLEAFresults and its tank in our Innovation Handbook: overleaf-project.eu/wp-content/u...

✈️ What are the impacts of the #OVERLEAFproject on aviation and beyond?

➡️ Discover all the details about the #OVERLEAFresults and its tank in our Innovation Handbook: overleaf-project.eu/wp-content/u...

✈️ The OVERLEAF Technical Brochure is a comprehensive guide—specifically designed for engineers and technical experts—detailing the materials, technologies, and processes developed throughout the project.

➡️ Download the #OverleafProject Technical Brochure: overleaf-project.eu/wp-content/u...

YouTube video by Łukasiewicz - ILOT (ILOT.TV) AERODAYS 2025: European Aeronautics Days

✈️ In May, we held our final event at #Aerodays2025 —the EU’s flagship event for aviation research—presenting the achievements of #OverleafProject in liquid hydrogen storage technology.

➡️ You can now relive those days with the recap video: www.youtube.com/watch?v=nHSq...

✈️ OVERLEAF is a project aimed at designing and testing a tank capable of preserving liquid hydrogen, proving that this can be a viable alternative to fossil fuels.

Curious about how this will be possible?

➡️ Download the #OverleafProject Innovation Handbook: overleaf-project.eu/wp-content/u...

📢 Our seventh newsletter is out!

Inside: an overview of the #OverleafProject Final Event at #Aerodays2025, plus the launch of two key publications sharing our results—the Innovation Handbook and the Technical Brochure.

📩 Read the full newsletter here: overleaf-project.eu?na=view&id=7

🔴 Live from Warsaw! We are taking you with us to the 1st floor – Room A where the OVERLEAF final event is currently taking place at Aerodays 2025!

Also don't forget to visit our stand to pick up our key publications and to meet the team ✈️

#OVERLEAF_eu #aviation

Just one week to go until our final event on May 8th, part of Aerodays 2025 in Warsaw, Poland! Join us as we showcase our latest breakthroughs in liquid hydrogen storage technology, a crucial step toward climate-neutral #aviation

Discover more here overleaf-project.eu/events/overl...

ROSAS⚙️ will develop AI-augmented aerodynamic simulation tools to accelerate aircraft design and reduce costly physical testing.

🎯Shapping the future of climate-neutral aviation with enhanced reliability

🌍 14 EU partners | 💡 €4.6M budget | ⏳ 42 months (2025-2028)

@horizoneu.bsky.social

OVERLEAF Final Event - Overleaf The OVERLEAF project is proud to announce its final event, taking place on May 8th, 2025, within the prestigious AERODAYS 2025, the European Union’s leading event for aviation research and innovation....

Proud to announce our final event on May 8th within Aerodays 2025 in Warsaw!

The highlights of the event will include expert presentations on hydrogen storage tech, an exclusive look at the hydrogen tank prototype & much more.

overleaf-project.eu/events/overl...

The OVERLEAF Inner Tank - Webinar - Overleaf For the third and final episode of its webinar series, four experts from different partners have presented OVERLEAF “Innovations in Cryogenic-Ready 3D Printing & Materials for the Liquid Hydrogen Stor...

During the final episode of the OVERLEAF webinar series, four experts from our partners presented advancements aimed at enhancing the performance, safety, and feasibility of cryogenic-resistant hydrogen tank components.

Here's how it went: overleaf-project.eu/news/the-ove...

Breakthrough in low-temperature hydrogen sensing technology for aerospace and extremely low temperatures applications - Overleaf The study was supported by the OVERLEAF project, highlighting the importance of this technology for sustainable aviation and broader clean energy applications.

Read more overleaf-project.eu/news/breakth...

Researchers from Delft University of Technology have developed optical sensors that can operate at temperatures as low as -60°C. Supported by the OVERLEAF project, this technology will enhance safe #hydrogen detection for aerospace, cold climates, and clean energy applications!

🚀 Join the final @overleafeu.bsky.social webinar on cryogenic-ready 3D printing & LH₂ storage! 🧪🔬 March 17 | 11 AM CET | Online & FREE! 🔗 Register now: register.gotowebinar.com/register/666...
#HydrogenStorage #Innovation

Register here: register.gotowebinar.com/register/666...

The webinar will bring together four expert partners:

- Teddy Fournier from CANOE - Le Centre Technologique Nouvelle Aquitaine Composites & Matériaux Avancés

- Ander Reizabal from AIMEN Centro Tecnológico

- Jordi Renard from Universitat de Girona

- Eusebiu Ilarian Ionete from ICSI

It's almost time for the third OVERLEAF webinar focusing on the advancements in materials and manufacturing for the Inner Tank of a next-generation low-pressure liquid hydrogen (LH2) storage system

🗓️ March 17th 11:00-12:30 CET

🗓️ March 17th 11:00-12:30 CET

Register here attendee.gotowebinar.com/register/666...

Experts from CANOE - Le Centre Technologique Nouvelle Aquitaine Composites & Matériaux Avancés, AIMEN Centro Tecnológico, Universitat de Girona and ICSI will present advancements that enhance the performance, safety, and feasibility of cryogenic-resistant hydrogen tank components.

Save the date! The third OVERLEAF webinar focuses on the advancements in materials and manufacturing for the Inner Tank of a next-generation low-pressure liquid hydrogen (LH2) storage system