Key Takeaways
- EOS joins the MAT-H2 consortium to research hydrogen-led economy applications
- The consortium aims to develop components that can withstand long-term exposure to hydrogen environments
- Members include Teknos, Bumax, Spstainless, SSAB, Wartsila, VTT, Nordic Tank, and the Finnish University of Oulu
- EOS' metal powder bed fusion technology will contribute to the research
- The project focuses on metals, coatings, and manufacturing processes in hydrogen environments
Introduction to MAT-H2 Consortium
The MAT-H2 consortium is an EU-funded group that aims to research and develop applications for a hydrogen-led economy. With a focus on industrial processes and transport applications, the consortium seeks to create components that can withstand long-term exposure to hydrogen environments without compromising strength or reliability.
Members and Contributions
The MAT-H2 consortium consists of various members, including:
- Coatings company Teknos
- Stainless steel fastener company Bumax
- Resistant stainless steel firm Spstainless
- High-strength steel firm SSAB
- Engine giant Wartsila
- Researcher VTT
- Transport company Nordic Tank
- The Finnish University of Oulu
EOS, a leading company in metal powder bed fusion technology, has joined the consortium to contribute its expertise.
Comparison of Hydrogen Research Initiatives
| Initiative | Focus | Technology |
|---|---|---|
| MAT-H2 | Hydrogen-led economy applications | Metal powder bed fusion, coatings, manufacturing processes |
| Project Overleaf | 3D printed carbon fiber tanks | 3D printing, carbon fiber |
| ILT's research | 3D printed hydrogen reactors | 3D printing, heat exchangers |
| DTU's research | Ceramic hydrogen fuel cell | 3D printing, ceramics |
Significance of EOS' Involvement
EOS' metal powder bed fusion technology was created by Olli Nyrhilä and other researchers in Finland. The company's involvement in the MAT-H2 consortium is expected to enhance the research and development of components that can withstand hydrogen environments. With a focus on long-term exposure, the consortium aims to create reliable and efficient components for various applications.
Bottom Line
The MAT-H2 consortium, with the addition of EOS, is poised to make significant contributions to the development of a hydrogen-led economy. By researching and developing components that can withstand hydrogen environments, the consortium aims to create efficient and reliable solutions for industrial processes and transport applications. With a focus on metal powder bed fusion technology, coatings, and manufacturing processes, the MAT-H2 consortium is expected to drive innovation and growth in the hydrogen industry.