Project name: Hybrid metrology for sustainable and low-carbon footprint battery materials

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SERI

Project number

25.00240

Project title

Project name: Hybrid metrology for sustainable and low-carbon footprint battery materials

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Abstract (English)	The European battery industry is under increasing pressure to improve the economic and environmental sustainability of the manufacturing supply chain. Existing high-capacity energy storage technologies such as Li-ion batteries rely on critical elements with low earth abundance, are produced via energy intensive and environmentally unfriendly processes and are difficult to recycle. New metrology is urgently required to support the transition to more sustainable battery chemistries and low carbon-footprint manufacturing processes. This project aims to develop a new hybrid metrology platform bringing together a combination of traceable analytical techniques for both ex situ and operando characterisation of battery materials, to enable innovation in next generation energy storage technologies.

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Text

Abstract
(English)

The European battery industry is under increasing pressure to improve the economic and environmental sustainability of the manufacturing supply chain. Existing high-capacity energy storage technologies such as Li-ion batteries rely on critical elements with low earth abundance, are produced via energy intensive and environmentally unfriendly processes and are difficult to recycle. New metrology is urgently required to support the transition to more sustainable battery chemistries and low carbon-footprint manufacturing processes. This project aims to develop a new hybrid metrology platform bringing together a combination of traceable analytical techniques for both ex situ and operando characterisation of battery materials, to enable innovation in next generation energy storage technologies.