Founded by Akshay Jain and Mahi Singh, Cancrie is pioneering the future of energy storage by converting renewable biomass into precision-engineered nanocarbon materials. Their patented technology delivers superior battery performance while reducing environmental impact, offering a sustainable alternative to petroleum-based carbons.

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With over 13 years of R&D and a 250+ nanocarbon library, Cancrie’s innovation is designed to enhance energy density, faster charging, and longer battery life. The company’s process consumes 89% less energy, reduces greenhouse gas emissions by 20×, and lowers processing temperatures by 160%.

Cancrie’s nanocarbon materials have been tested at ARAI, NABL, and accredited labs, and validated at industrial scale with 20+ battery manufacturers. In just two years, lacs of tubular, motor starting, eRickshaw, and VRLA batteries have been sold with Cancrie nanocarbon integrated.

The company’s solutions are drop-in ready, meaning they seamlessly integrate into existing battery manufacturing processes without requiring changes. This makes adoption easier for manufacturers while ensuring immediate performance improvements.

Why Cancrie Nanocarbon Matters:

• Superior Carbon Performance: 3× higher cohesive strength and enhanced electrochemical properties.
• Improved Battery Output: Higher charge acceptance, longer life, and reduced warranty returns.
• Sustainable by Design: Biomass-derived nanocarbons replace petroleum-based materials, supporting net-zero goals.
• Circular Manufacturing: Complete recovery of chemicals, total heat recovery, and zero discharge.

Cancrie is not just building better batteries — it is building a sustainable supply chain for energy storage. By transforming waste into high-value products, the company reduces landfill burden and powers devices that drive the clean energy transition.

The vision is bold: to make nanocarbons the backbone of next-generation batteries and capacitors, enabling industries to achieve efficiency, sustainability, and transformation at scale.