In the H2 Transformation model region, we are building an innovative cluster facility for the development of novel materials for hydrogen technology and supporting companies in this field with training and consulting services.
Your Contact
Dr. Seniz Sörgel
Your Contact
Dr. Martin Fenker
Your Contact
Patrick Wais
Thanks to our close cooperation with partners from the H2 transition model region, we can respond precisely to your requirements and develop new solutions together. You can find all information about the model region here: https://h2-wandel.de/
cluster system
Seamlessly integrated R&D modules for the production of novel materials and surfaces
Starting in 2026, fem will begin researching, developing, and manufacturing innovative materials and coating systems for fuel cells, electrolysers, and storage systems in the new, modular cluster facility. We will keep you up to date!
Education and consulting
Your partner for hydrogen: Science meets practice – flexible and competent
We bring many years of experience from numerous research projects related to hydrogen. We combine science with practical application and offer flexible formats to provide you with the best possible support. We look forward to hearing from you!
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Individual consultation – at our offices or directly at your premises
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Workshops and training courses – tailored to your needs
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Specialist events – for up to 200 people at our premises
OUR H2-EXPERTISE
Materials and surface technology – the basis for hydrogen applications
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Development of electrocatalysts and bipolar plate coatings
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Investigation of hydrogen embrittlement
and hydrogen permeation
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Development and testing of test cells
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Analysis of hydrogen content in materials and coatings
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Investigation of aging effects, damage causes, post-mortem analyses
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Bipolar plate testing according to DoE criteria
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Treatment of materials in a hydrogen atmosphere (up to 1600°C)
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Testing in the fuel cell and electrolysis test stand
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Determination of relevant parameters
FEM RAP
Hydrogen with a difference! The femRAP
A unique blend of research, creativity, and strong beats. With this project, we demonstrate that science can do more! Because “we are as flexible as membranes in fuel cells!”
„Leistungsfähige und innovative Legierungen und Werkstoffe sind meine Leidenschaft.“
Am fem wird die Technologie der additiven Fertigung für metallische Werkstoffe intensiv erforscht. Die als Pulver vorliegenden Werkstoffe – Partikelgröße je nach Material 5 bis 40 μm – werden als 15 bis 25 μm dünne Schicht auf eine Bauplatte aufgetragen und dann einem 3D-Modell gemäß selektiv gefertigt.
