Minviro LCA Report Finds OneD Battery Sciences' SINANODE® Silicon Anode Technology Can Reduce EV Battery Pack Carbon Footprint by 35%

Whats Happening:

OneD Battery Sciences has completed a Life Cycle Assessment (LCA) of its SINANODE® silicon anode technology for EV batteries. The study, conducted by Minviro, reveals that SINANODE® can significantly reduce greenhouse gas emissions and resource consumption compared to conventional anode materials. When processed in North America or Europe, SINANODE®-enhanced graphite can improve anode performance while reducing the cost and carbon footprint of EV batteries.

Key Moves:

• OneD Battery Sciences completes LCA of SINANODE® technology

• Minviro conducts independent assessment of environmental performance

• SINANODE® technology shows significant reduction in carbon footprint

By The Numbers:

• SINANODE® reduces anode material's carbon footprint by more than 90%

• 35% reduction in battery pack carbon footprint

• OneD has over 220 issued patents worldwide

Key Quotes:

• "Minviro's independent LCA validates the environmental benefits of SINANODE®, providing our customers and partners with a scientifically robust and third-party verified assessment of its sustainability," said Vincent Pluvinage, CEO and Co-founder of OneD Battery Sciences.

• "OneD Battery Sciences' proactive approach to assessing its environmental footprint underscores the industry's growing need for validated, data-driven insights," said Robert Pell, CEO and Founder of Minviro.

Bottom Line:

OneD Battery Sciences' SINANODE® technology has been independently verified to significantly reduce the carbon footprint of EV battery anodes. This breakthrough could lead to more sustainable and cost-effective EV batteries, potentially accelerating the adoption of electric vehicles and contributing to global efforts to reduce carbon emissions in the transportation sector.

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