NovaCarbon Technologies Inc
NovaCarbon Technologies produces low-cost, ultra-high-performance activated carbon materials for next-generation energy storage. By converting Canadian biomass residues, bitumen, and plastic waste into electrode-grade carbon, the company achieves surface areas exceeding 4,000 m²/g at costs below $10/kg—roughly half the price of conventional materials—enabling higher energy and power density in supercapacitors.
- New Materials
- Clean Technology
- Chemical Technology
- Energy
Funding
Founders
Founder details are not available yet.
Product
Problem
Current electrode-grade activated carbon materials are costly to produce, often around $20/kg, while their surface area typically remains below ~2,500 m²/g, limiting the energy and power density achievable in supercapacitors. Supply chains are also concentrated in a small number of geographically dependent feedstocks, exposing manufacturers to climate, seasonal, and geopolitical risks, while abundant carbon-rich resources like biomass residues, bitumen, and plastic waste remain underutilized.
Solution
NovaCarbon Technologies is building a new class of activated carbon materials that address cost, performance, sustainability, and supply-chain risk in one integrated platform. The company converts Canadian biomass residues, bitumen, and plastic waste into electrode-grade activated carbon at costs below ~$10/kg, representing up to ~50% reduction compared to currently available commercial materials without compromising performance. Their activated carbons achieve ultra-high surface areas exceeding 4,000 m²/g with engineered micro- and mesoporous structures, enabling fast ion transport and supporting high power and high energy density applications. This single carbon platform provides a domestically sourced, sustainable alternative to conventional electrode materials for energy storage systems.
Target Audience
Primary customers are manufacturers of supercapacitors and other energy storage systems seeking higher-performance electrode materials at lower cost, as well as clean-technology companies looking for sustainable, domestically sourced carbon feedstocks.
Features
- Ultra-high surface area exceeding 4,000 m²/g, significantly surpassing the ~2,500 m²/g typical of commercial electrode-grade carbons
- Engineered micro- and mesoporous structures designed for fast ion transport, supporting both high power and high energy density applications
- Production cost below ~$10/kg, representing up to ~50% reduction versus conventional commercial materials
- Feedstock flexibility using Canadian biomass residues, bitumen, and plastic waste, reducing dependence on geographically concentrated supply chains
- Integrated platform addressing cost, performance, sustainability, and supply-chain risk simultaneously