idw – Informationsdienst Wissenschaft
Nachrichten, Termine, Experten
Nachrichten, Termine, Experten
Investigating the Material Challenges in Hydrogen Technologies
The inaugural 1st Conference on Hydrogen in Materials Science and Engineering (H2 MSE 2025) will spotlight the critical role of materials science in hydrogen-based technologies. Scheduled to take place in Siegburg, Germany, from February 11 to 13, 2025, this hybrid event—available both in-person and online—provides a platform for experts to discuss how materials science can support a transition to sustainable energy systems.
Understanding Hydrogen’s Impact on Materials
Hydrogen is poised to play a central role in reducing global carbon emissions. However, its integration into energy systems comes with challenges that are rooted in materials science, such as hydrogen embrittlement and the complexities of safe storage. H2 MSE 2025 aims to bridge these gaps by gathering leading researchers, engineers, and industry professionals to exchange ideas and findings.
Key Topics at the Conference
1. Hydrogen-Resistant Materials
Hydrogen embrittlement—the weakening of materials caused by hydrogen infiltration—is a major concern in hydrogen infrastructure. Sessions will present the latest developments in designing alloys, surface coatings, and composite materials that can withstand hydrogen exposure, enhancing the safety and durability of hydrogen systems.
2. Advances in Hydrogen Combustion Systems
Materials challenges in hydrogen combustion systems, such as those in gas turbines and engines, will be a focal point. Experts will discuss how to optimize materials for hydrogen compatibility, aiming to maximize efficiency and reduce environmental impact while ensuring operational safety.
3. Innovations in Hydrogen Storage
Efficient and safe hydrogen storage technologies are vital for the widespread adoption of hydrogen energy. Presentations will cover advancements in storage solutions, including metal hydrides, advanced polymers, and high-pressure storage systems designed to enhance capacity and reliability.
4. Cutting-Edge Imaging Techniques
Visualizing hydrogen behavior at a microstructural level is key to solving many of its challenges. The conference will showcase novel imaging methods, such as spatially resolved techniques, to study hydrogen diffusion and trapping in materials, offering insights into preventing failures such as embrittlement.
5. Material Testing and Standardization
Robust testing methodologies are essential for understanding how hydrogen interacts with materials. Discussions will include international efforts to establish testing standards, ensuring consistent evaluation of materials for hydrogen-related applications.
Building Connections Between Academia and Industry
Under the leadership of Prof. Dr. Peter Felfer from Friedrich-Alexander-Universität Erlangen-Nürnberg, H2 MSE 2025 will feature plenary talks, technical sessions, and interactive workshops. By fostering collaboration between researchers and industry leaders, the conference aims to accelerate the development of practical solutions for a hydrogen-based energy future.
Charting Future Directions
Participants will explore cutting-edge topics, such as hydrogen’s applications in industrial processes, the effects of high temperatures on material performance, and the role of computational modeling in predicting material behavior. This comprehensive approach ensures that no aspect of hydrogen-material interactions is overlooked.
Why Attend?
H2 MSE 2025 is more than just a conference—it’s an opportunity to engage with the forefront of hydrogen research and its practical applications. Attendees will gain valuable insights into the material innovations shaping the global energy landscape, as well as opportunities to collaborate with peers across disciplines.
To learn more and register, visit H2 MSE 2025's website at https://dgm.de/H2MSE/2025/?utm_campaign=2025-idw-h2mse
Prof. Dr. Peter Felfer
Friedrich-Alexander-Universität Erlangen-Nürnberg
https://dgm.de/H2MSE/2025/?utm_campaign=2025-idw-h2mse
H2 MSE 2025 in Siegburg/Bonn
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H2 MSE 2025 in Siegburg/Bonn
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