Summary
– Micromeritics Instrument is partnering with Fraunhofer FFB, a German battery research institute, to educate future scientists and engineers in the European battery value chain
– Micromeritics technologies, like the TriStar BET Surface Area Analyzer, will be used at Fraunhofer’s new battery cell production site to develop methods for characterizing battery materials
– Fraunhofer’s Head of Department Product and Process Development emphasizes the importance of material and particle characterization in lithium and sodium-ion battery production
– The collaboration aims to analyze new materials and solid-state battery materials to scale up the synthesis and production process of next-generation battery systems
– This partnership will focus on training content production and educating individuals employed in the European battery value chain.
Article
Micromeritics Instrument, a US-based manufacturer of systems for measuring density, surface area, and porosity, has partnered with Fraunhofer FFB, a German battery research institute and production facility. The collaboration is focused on educating future scientists and engineers in the European battery value chain. The partnership will also involve the production of training content for those working in the industry.
One of the key technologies that Micromeritics will be providing to Fraunhofer FFB is the TriStar BET Surface Area Analyzer. This equipment will be used in the materials characterization lab at Fraunhofer’s new battery cell production site in Münster. The goal is to develop methods for characterizing rapidly evolving battery materials, which is crucial for performance and quality assessments during lithium and sodium-ion battery production. By analyzing new materials and solid-state battery materials, Fraunhofer aims to scale up the synthesis and production process of next-generation battery systems.
Jonas Henschel, Head of Department Product and Process Development at Fraunhofer, emphasized the importance of material and particle characterization in battery production. He stated that this analysis is essential for ensuring the performance and quality of lithium and sodium-ion batteries. By studying promising new materials and solid-state battery materials, Fraunhofer hopes to improve the synthesis and production processes of advanced battery systems. This collaboration with Micromeritics will help Fraunhofer achieve its goals in advancing battery technology.
The utilization of Micromeritics technologies at Fraunhofer’s battery cell production site marks a significant step in enhancing the research and development capabilities of the institute. The partnership will enable Fraunhofer to leverage cutting-edge equipment to analyze and test battery materials, leading to advancements in battery technology. With access to advanced characterization tools like the TriStar BET Surface Area Analyzer, Fraunhofer can stay at the forefront of innovation in the battery industry and contribute to the development of next-generation battery systems.
Overall, the collaboration between Micromeritics and Fraunhofer FFB represents a strategic alliance aimed at driving innovation and progress in the battery industry. By combining expertise in materials characterization and battery technology, the two organizations can work together to develop new methods for analyzing and producing advanced battery materials. This partnership not only benefits Fraunhofer in advancing its research and production capabilities but also contributes to the broader goal of improving battery technology in Europe and beyond. It underscores the importance of industry-academic collaborations in fostering innovation and driving positive change in the energy storage sector.
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