Nexceris and Fuel Cell Materials (FCM) are excited to participate in Hydrogen + Fuel Cells (H2 + FC) EUROPE, Europe’s largest trade fair for hydrogen and fuel cells. H2 + FC EUROPE offers a unique combination of exhibitions, two forum areas, and networking events to promote synergy and cross-industry cooperation between different technologies dedicated to solving global energy challenges.
Hydrogen + Fuel Cells EUROPE takes place in Hanover, Germany, from April 22 to 26, 2024, in the energy sector of the Hannover Messe trade show (the leading industrial fair in the world). Nexceris and FCM are proud to be showcasing our technologies and will be represented by Chris Corwin and Mark Ward.
Nexceris and FCM are always innovating and focused on better utilizing materials, technologies, and solutions for the energy production, hydrogen generation, and energy storage markets through collaboration to support research, development, and commercialization efforts.
We look forward to learning more about the industry’s future. Attending the Hydrogen + Fuel Cells EUROPE event allows us to catch up with current customers and meet other individuals and companies looking to solve unexplored challenges, advance design, and develop new products.
As a collaborative partner who views a challenge in this industry as our own, we’d love to chat with you at the event and learn more about your goals, challenges, and vision for hydrogen and fuel cells in your R&D or end-product. We are happy to talk with you about our SOFC & SOEC products, including a wide range of cathode, air electrode, and electrolyte powder formulations, which we have available from smaller research size quantities to bulk volumes, as well as our electrolyte-supported and anode supported cells.
Please reach out to Chris Corwin at c.corwin@nexceris.com to set up a time to meet in Germany. If you cannot make it to the event this year, feel free to reach out to him to discuss your challenges, how FCM can assist with your process scale-up needs, or for advice on tackling an unsolved issue.