The journey to a net zero battery

Sustainable technologies and engineering for next gen battery materials projects

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We envision a future where batteries have a net zero carbon footprint
However, the production of electric vehicles emits 15-20 tons of CO2-equivalent (CO2e), largely due to battery manufacturing. As electrification advances, developing sustainable batteries is crucial for maintaining social license, minimizing investment risks, and complying with regulations in various regions.

How can we achieve net zero?
Creating a net zero battery requires a holistic approach throughout the supply chain, from raw material extraction to production and end-of-life management. While effective decarbonization strategies exist today, the development of next-generation technologies is essential for achieving sustainable and commercially viable solutions.

Who we interviewed:

Rober Pell
 
Rob Pell
CEO

The environmental impact of the battery supply chain. Assessing materials' environmental impact and creating pathways to lower environmental footprints.

Dan Blondal
 
Dan Blondal
CEO

Advanced cathode process technology. Avoiding waste streams with scalable industrial processes to revolutionise the production of cathode active materials, starting with lithium ferro phosphate (LFP) cathode chemistries.

Vinvent Ledoux-Pedailles
 
Vincent Ledoux-Pedailles
CCO

Advanced anode process technology. A low-cost, high-performance graphite anode material, that can be sustainably produced from renewable forestry.