Scientific conferences, Transfer of Science or Research

Hydrogen is pivotal in transitioning towards sustainable energy systems, yet its interaction with materials—especially under high-pressure conditions—poses significant challenges, including hydrogen embrittlement. H2MSE 2025 seeks to foster interdisciplinary collaboration among materials scientists, engineers, chemists, and physicists to develop innovative solutions in this domain.

The conference will cover a spectrum of critical topics, such as material testing under hydrogen influence, optimization of selective hydrogen analysis, spatially resolved methods for imaging hydrogen, hydrogen applications in industry with a focus on materials, hydrogen direct reduction, hydrogen combustion technologies, materials for hydrogen storage, development of hydrogen-resistant materials, hydrogen permeation studies, and simulation of hydrogen-material interactions.

Esteemed plenary speakers, including Prof. Dr. Reiner Kirchheim from the University of Göttingen and Associate Professor Motomichi Koyama from Tohoku University, will share their insights on hydrogen effects in chemomechanics and the design of hydrogen-resistant high-strength alloys, respectively.

H2MSE 2025 offers a comprehensive program featuring scientific presentations, workshops, and networking opportunities, all designed to advance the integration of hydrogen in materials science and engineering. Participants can attend in person or virtually, ensuring inclusive engagement across the global community.

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Wissenschaftlicher Ansprechpartner:
Dr. Stefan Klein

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Weitere Informationen:
https://dgm.de/H2MSE/2025/