Elia Russian Presents Key Research on Hydrogen Safety

We are proud to announce that Elia Russian, PhD and esteemed member of the Navalprogetti technical team, participated in the prestigious European PhD Hydrogen Conference 2025 (EPHyC), held in Trieste in April 2025.

The conference, dedicated to the most cutting-edge research in the field of hydrogen technologies, served as a unique opportunity for young researchers, academics, and industry professionals to share insights, collaborate, and discuss the future of hydrogen, particularly in the context of green energy transition.

Elia Russian at EPHyC
Elia Russian at EPHyC

What is the European PhD Hydrogen Conference (EPHyC)?

The European PhD Hydrogen Conference (EPHyC) is one of the most important academic events focusing on the future of hydrogen as a sustainable energy source. It brings together PhD students, researchers, and professionals from across Europe, offering them a platform to present their work, exchange ideas, and discuss the latest innovations in hydrogen-related technologies.

The event emphasizes cross-sector collaboration, facilitating dialogue between academia, industry, and policymakers. With a strong focus on hydrogen safety, efficiency, and sustainability, EPHyC plays a pivotal role in advancing the hydrogen agenda within Europe.

Held annually, the 2025 edition attracted a diverse range of participants from both academic and industrial sectors, making it an ideal venue for presenting groundbreaking research and establishing important industry connections.

Elia Russian’s Presentation: Risks in Hydrogen Fueling for Maritime Applications

During this prestigious event, Elia Russan presented his research on the “Risks Associated with the Installation of Hull-Fixed LH2 Tanks Onboard Ships”. This critical study investigates the safety challenges and risks associated with using liquefied hydrogen (LH2) as a marine fuel, with a particular focus on the installation of hull-fixed LH2 tanks on vessels.

As the maritime industry moves towards green fuel solutions, Elia’s research explores key aspects such as:

  • Structural risks related to LH2 storage tanks;
  • Hazard mitigation strategies for safe handling and transportation of hydrogen;
  • Regulatory considerations and compliance with international maritime safety standards.

By addressing these essential issues, Elia’s presentation provides valuable insights into the challenges and opportunities posed by hydrogen-powered shipping, an area where Navalprogetti is actively contributing to technological innovation.

Elia Russian PhD presentation
Elia Russian PhD presentation

Navalprogetti’s Commitment to Hydrogen Safety and Innovation

At Navalprogetti, we are deeply committed to driving innovation in the maritime energy transition. Elia’s research aligns with our long-standing efforts to develop safe, efficient, and sustainable technologies for the shipping industry. His work highlights the importance of academic research in informing engineering solutions that can help shape the future of hydrogen-powered shipping.

We believe that by bridging academic research with real-world applications, we can pave the way for safer and more efficient maritime technologies that contribute to the global hydrogen economy.

Looking Ahead: Hydrogen in the Maritime Sector

The growing interest in hydrogen as a sustainable energy source for the maritime sector is a clear signal of the ongoing energy transition. As part of our dedication to advancing clean energy technologies, Navalprogetti will continue to focus on developing solutions that prioritize both innovation and safety, enabling the widespread adoption of hydrogen-powered vessels in the coming years.

Congratulations to Elia Russian

We would like to extend our warmest congratulations to Elia for representing Navalprogetti at such a significant event. His valuable contribution to the development of hydrogen-based maritime technologies not only showcases his expertise but also reinforces Navalprogetti’s role as a leader in maritime innovation and hydrogen safety.