OneD Battery Sciences, a leader in battery technology, has announced the results of a Life Cycle Assessment (LCA) conducted by Minviro on its SINANODE® silicon anode technology. The study found that applying SINANODE® to EV-grade natural graphite can significantly reduce the carbon footprint of electric vehicle (EV) battery packs by 35%. The report also showed that using SINANODE®-enhanced graphite can improve anode performance, reduce costs, and strengthen local supply chains in North America and Europe.
Vincent Pluvinage, CEO of OneD Battery Sciences, highlighted the importance of Minviro’s independent LCA in validating the environmental benefits of SINANODE®. This assessment provides customers and partners with scientifically robust and third-party verified evidence of the technology’s sustainability.
Robert Pell, CEO of Minviro, emphasized the need for data-driven insights in the industry and praised OneD Battery Sciences for taking a proactive approach to assessing its environmental footprint. The findings position SINANODE® as a sustainable solution for improving the environmental impact of graphite anodes in lithium batteries.
OneD is currently licensing SINANODE® to major industrial partners in the EV battery supply chain, enabling faster market adoption with lower risk. The company’s efforts align with global regulatory frameworks, such as the EU Battery Regulation, to ensure credibility and actionability in sustainable decision-making.
Overall, the Minviro LCA report confirms that SINANODE® has the potential to revolutionize the EV battery industry by significantly reducing carbon emissions and resource consumption, while improving performance and cost-effectiveness.
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