Key Takeaways
- EOS joins the MAT-H2 consortium to research hydrogen-led economy and its applications in industrial processes and transportation
- The consortium aims to develop components that can withstand long-term exposure to hydrogen environments without losing strength or reliability
- EOS will collaborate with other members, including Teknos, Bumax, Spstainless, SSAB, Wartsila, VTT, Nordic Tank, and the Finnish University of Oulu
- The project focuses on studying metals, coatings, and manufacturing processes in hydrogen environments
- EOS's metal powder bed fusion technology will contribute to the research and development of hydrogen-resistant components
Introduction to MAT-H2 Consortium
The MAT-H2 consortium is an EU-funded research group that aims to develop a hydrogen-led economy. The consortium consists of various industry leaders, including EOS, a renowned CNC machinery expert. The primary objective of the consortium is to research and develop components that can withstand long-term exposure to hydrogen environments without compromising their strength or reliability.
Members of the Consortium
The MAT-H2 consortium comprises a diverse range of industry leaders, including:
- Teknos: a coatings company
- Bumax: a stainless steel fastener company
- Spstainless: a resistant stainless steel firm
- SSAB: a high-strength steel firm
- Wartsila: an engine giant
- VTT: a research institution
- Nordic Tank: a transport company
- Finnish University of Oulu: a prestigious university
Comparison of Hydrogen Production Methods
| Method | Description | Energy Efficiency |
|---|---|---|
| Electrolysis | Uses electricity to split water into hydrogen and oxygen | 60-70% |
| Steam Methane Reforming | Uses high-temperature steam to extract hydrogen from methane | 70-80% |
| Gasification | Converts biomass or fossil fuels into hydrogen and carbon dioxide | 40-60% |
EOS's Contribution
EOS's metal powder bed fusion technology will play a significant role in the research and development of hydrogen-resistant components. With a build rate of up to 100 cm³/h and a layer thickness of 30-100 μm, EOS's technology is well-suited for producing complex components with high precision and accuracy.
Conclusion
The MAT-H2 consortium is a significant step towards developing a hydrogen-led economy. With the collaboration of industry leaders like EOS, the consortium aims to research and develop components that can withstand long-term exposure to hydrogen environments. The project has the potential to revolutionize various industries, including transportation and energy production.
Bottom Line
The MAT-H2 consortium is a groundbreaking research initiative that aims to develop a hydrogen-led economy. With the participation of EOS and other industry leaders, the consortium is well-positioned to make significant contributions to the field of hydrogen research and development. As the world transitions towards a more sustainable and environmentally friendly energy source, the MAT-H2 consortium is at the forefront of this revolution, with a potential impact of $92 trillion and access to 250 million tonnes of hydrogen.