EOS joined the EU-funded MAT-H2 consortium to support research into materials and manufacturing methods for hydrogen-based energy systems. The company will contribute its metal powder bed fusion expertise alongside partners including Teknos, Bumax, SSAB, Wärtsilä, VTT and the University of Oulu.
The consortium is studying how metals, coatings and manufacturing processes behave during long-term hydrogen exposure, with particular attention to strength, reliability and material degradation. EOS will support material characterization, application-driven development and additive manufacturing, while also contributing to work connected with Wärtsilä’s WISE initiative for hydrogen power systems and energy production.
For manufacturers and energy operators, additive manufacturing could enable complex components designed specifically for demanding hydrogen environments while shortening development and testing cycles. EOS’ involvement reflects growing interest in using metal 3D printing to support future hydrogen infrastructure and high-performance industrial components.
Image Credit: EOS
What Makes This Trend Stand Out
- Hydrogen-ready Additive Manufacturing
- Metal 3D printing is enabling specialized components that can withstand hydrogen exposure, creating openings for faster prototyping and more resilient energy-system designs.
- Materials Durability Testing
- Long-term analysis of metals and coatings under hydrogen stress is reshaping how manufacturers validate performance, reliability and lifecycle safety.
- Application-specific Energy Components
- Custom geometries produced through powder bed fusion are expanding the potential for high-performance parts tailored to hydrogen power systems and industrial infrastructure.
Sectors Adopting This
- Additive Manufacturing
- Advanced metal printing methods are becoming central to producing complex, durable parts for harsh energy environments and next-generation industrial equipment.
- Hydrogen Energy
- Infrastructure for hydrogen production, storage and power generation is driving demand for materials and components engineered for safety and long-term reliability.
- Industrial Materials
- Coatings, alloys and material characterization services are gaining strategic value as hydrogen exposure introduces new performance requirements across heavy industry.
