Smoltek Hydrogen and Impact Coatings Join Forces for Industrial Scale Carbon Nanofiber Production
Key Ideas
- Smoltek Hydrogen collaborates with Impact Coatings to industrialize carbon nanofiber technology for PEM electrolyzers and fuel cells.
- The partnership aims to transition from prototypes to industrial volume production, potentially starting next year.
- The collaboration focuses on reducing iridium use, improving efficiency, and developing new industrial applications for CNF technology.
Smoltek Hydrogen, a subsidiary of Smoltek Nanotech Holding AB, has entered a strategic collaboration with Impact Coatings, a global player in PVD coating solutions. The goal of this collaboration is to evaluate the industrialization and scaling up of Smoltek's proprietary carbon nanofiber (CNF) technology for use in PEM electrolyzers and fuel cells. By combining Smoltek's established technology platform with Impact Coating’s expertise, the collaboration aims to move from small-scale prototypes to industrial volume production. The collaboration focuses on reducing iridium use in PEM electrolyzers, increasing efficiency, and developing new applications for CNF technology.
The collaboration will involve joint research, prototyping, and testing in three main areas: PEM electrolyzers, PEM fuel cells, and advanced carbon fiber coatings. Specific goals include reducing contact resistance, improving electrode performance and life, and exploring new industrial applications. The partnership will evaluate the implementation of CNF technology in Impact Coatings' production environment, investigate scaling up the technology to an industrial level, and test samples with existing customers to verify benefits.
The sentiment of the collaboration is positive, with both companies expressing enthusiasm for the potential of combining their technologies. Smoltek Hydrogen's President highlights the opportunity for industrial production and potential partnerships, while Impact Coatings' CEO looks forward to strengthening their offerings in hydrogen production and fuel cells. Overall, the collaboration represents a significant step towards commercializing CNF technology and advancing hydrogen-related applications in the industry.