Canadian CleanTech and DeepTech
Next-generation carbon-based anode materials
CANEDGE Technical Services Inc. is a Canadian CleanTech and DeepTech company developing next-generation carbon-based anode materials for lithium-ion and sodium-ion batteries.
- Platform
- Carbon-based anode materials
- Battery chemistries
- Sodium-ion and lithium-ion
- Based in
- Vancouver, British Columbia
We focus on transforming clean carbon resources into high-performance, reliable and scalable battery materials with lower environmental impact and reduced emissions.
Based in Vancouver, BC, CANEDGE Technical Services is a Canadian corporation specializing in engineering and consultancy for material processing, synthesis, and purification. Through advanced processes and proven expertise, we deliver tailored solutions that maximize efficiency and productivity for diverse industries, including clean energy and metallurgy. Our client-focused approach ensures every project meets stringent quality standards while driving innovation and sustainable growth.
Our mission is to advance low-emission battery materials through innovative materials engineering and scalable clean technologies, supporting the next generation of energy storage.
Canadian resources, cleaner technology.
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01
Canadian Resources
Clean carbon resources from Canada's abundant natural assets.
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02
Our Anode Materials
Low-emission, low-cost, high-performance anode materials.
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03
Stronger Battery Supply Chains
Enabling high-performance lithium and sodium-ion batteries for a cleaner future.
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04
Lower Emissions, Greater Sustainability
Cleaner technology for a healthier planet.
To transform Canadian clean carbon resources into scalable, cost-effective and low-emission battery anode materials, enabling high-performance energy storage and accelerating the transition to clean transportation and a sustainable future.
Join us in advancing energy storage and clean mobility.
Explore our customized solutions or partner with us to bring advanced low-emission anode material to market: high performance, low emission and cost-effective.