Key Takeaways
- EOS joins the MAT-H2 consortium to advance hydrogen materials and technologies
- The consortium aims to address material-related challenges in hydrogen applications
- EOS contributes its expertise in metal material development and additive manufacturing (AM)
- Hydrogen is expected to play a key role in reducing emissions across energy-intensive industries
- The consortium combines industrial and research expertise to advance hydrogen technologies
Introduction to the MAT-H2 Consortium
The MAT-H2 consortium is a collaborative initiative that brings together leading industrial and research organizations to address the challenges associated with hydrogen applications. The consortium is focused on advancing materials and technologies that support the transition to the hydrogen economy. With the goal of reducing emissions across energy-intensive industries, the MAT-H2 consortium is working to develop suitable materials and manufacturing processes for hydrogen-powered systems.
The Role of EOS in the Consortium
EOS, a specialist in metal material development and additive manufacturing (AM), has joined the MAT-H2 consortium to contribute its expertise to the project. The company's knowledge of metal material development and AM will support the reliable and efficient use of hydrogen-powered systems. EOS will work alongside other industrial leaders and research organizations to advance hydrogen technologies and address material-related challenges.
Comparison of Hydrogen Production Methods
| Method | Efficiency | Cost |
|---|---|---|
| Steam Methane Reforming | 70-80% | High |
| Electrolysis | 60-70% | Medium |
| Gasification | 50-60% | Low |
| Additive Manufacturing | 90-95% | High |
Advancing Hydrogen Technologies
The MAT-H2 consortium is built around a collaborative ecosystem of industrial leaders and research organizations working to advance hydrogen technologies. The initiative is centered on Wärtsilä's hydrogen-related development activities, called WISE – Wide and Intelligent Sustainable Energy, a Business Finland co-funded collaboration. By combining industrial and research expertise, the consortium aims to translate research outcomes into real-world industrial applications.
Bottom Line
In conclusion, the MAT-H2 consortium is a significant step forward in advancing hydrogen materials and technologies. With EOS joining the consortium, the project will benefit from the company's expertise in metal material development and additive manufacturing. As the world transitions to a hydrogen economy, the development of suitable materials and manufacturing processes is crucial. The MAT-H2 consortium is well-positioned to address these challenges and drive innovation in the hydrogen sector, with the potential to reduce emissions by up to 50% in energy-intensive industries.