LONDON - James Cropper Advanced Materials, a division of the British paper and advanced materials group James Cropper PLC (AIM: CRPR), has announced a collaboration with Oxford University to develop next-generation battery electrodes. The initiative, which is backed by the Henry Royce Institute's Industrial Collaboration Programme, aims to enhance battery performance by researching innovative materials.
The collaboration will utilize Oxford University's state-of-the-art research and development facilities to study the material properties of James Cropper's advanced carbon fibre nonwoven veils. The project's objective is to improve battery performance metrics, such as charging times and efficiency, which are critical for the evolving energy storage market.
Oxford University's Department of Materials is recognized for its expertise in advanced materials, and the partnership is expected to contribute significantly to sustainable energy solutions. The Henry Royce Institute serves as the UK's national center for advanced materials research and innovation, facilitating collaborations that address global challenges.
Dr. David Hodgson, Chief Technology Officer at James Cropper Advanced Materials, emphasized the importance of batteries in the transition away from fossil fuels. He noted that current battery technologies have limitations that innovative materials and technologies can overcome. The project, which is set for completion within six months, will explore how carbon fibre can be integrated into electrode designs to improve battery chemistries and performance.
James Cropper PLC, founded in 1845, is a leader in Advanced Materials and Paper & Packaging (NYSE:PKG), with a focus on energy solutions, composite solutions, luxury packaging, and creative papers. The company has a global reach, with operations in over 50 countries and a commitment to operational net zero emissions by 2030.
This initiative is part of James Cropper's ongoing efforts to innovate within the renewable energy sector and contribute to a more sustainable future. The information for this article is based on a press release statement.
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