Using the LEVER process, Nexceris used our materials science expertise to help a developer of world-class battery materials to re-engineer a lab process for added economics and safety.
Using the LEVER process allowed Nexceris to help our client move quickly through their commercialization plans and get products into their customers’ hands faster.
Nexceris focuses our materials science expertise on creating innovative products that improve the quality, efficiency, and safety of energy and environmental systems.
Please be advised that starting Tuesday, March 24th, Nexceris will pause on-site operations, manufacturing, and shipping to comply with Ohio Governor Mike DeWine’s order to stay at home
Nexceris will be attending the 16th annual International Hydrogen & Fuel Cell Expo, the world’s largest, in late February.
Nexceris is excited to present the results of a SOFC development project at the 44th International Conference and Expo on Advanced Ceramics and Composites (ICACC) which will take place in Daytona Beach, Florida from January 26-31, 2020.
The industry is transitioning to hydrogen generation and storage in Europe, Asia, and the United States. Of the various technologies being researched, SOECs have the potential to be the most efficient at achieving this vision of creating green hydrogen from renewable sources.
Nexceris’ fuelcellmaterials division is participating in the biennial SOFC-XVI International Symposium this September 8-13 in Kyoto, Japan. This show helps to bring together researchers from all over the world together to discuss the latest news and research going into the development of Solid Oxide Fuel Cell technologies.
We are excited to announce that we have added a line of proton conducting powders to our powder electrolyte materials catalog. Barium Zirconate materials have increased in popularity recently as researchers have been working to find new ways to operate at lower temperatures
The growth of electronics and new energy generation and storage technologies has increased demand for alternative materials that present greater supply-chain challenges.
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