CEO
NA
NanoTerraTech Advanced Materials
5/10Traction
NanoTerraTech converts forestry waste into BIO-Graphite using a proprietary method that employs renewable energy and a novel processing technique, creating a sustainable alternative to fossil fuel-derived carbon materials. This addresses the critical shortage of graphite needed for electric vehicle batteries, which is predominantly sourced from environmentally harmful mining practices.
- Chemical Technology
- Clean Technology
- New Materials
Updated 22 months ago
Funding
Funding not disclosed
Plug and Play Tech CenterNo round attributed
- plugandplaytechcenter.com (opens in a new tab)investor website
- Source unavailable
Funding rounds are not available yet.
Founders
Product
Problem
The electric vehicle (EV) battery market faces a critical shortage of graphite, a key component of anodes. Traditional graphite sourcing relies heavily on environmentally damaging mining practices and fossil fuel-based synthetic production, primarily concentrated in China.
Solution
NanoTerraTech provides a sustainable alternative to traditionally sourced graphite by converting forestry waste into BIO-Graphite. Their proprietary platform technology utilizes renewable energy and a novel processing technique to transform biomass, such as tree bark, sawdust, and forestry residue, into environmentally friendly advanced carbon materials. This approach offers manufacturers a sustainable carbon material with a zero-carbon footprint, aligning with the growing demand for environmentally responsible materials in EV battery production. By using forestry waste, NanoTerraTech addresses the graphite shortage while promoting a circular economy and reducing reliance on environmentally harmful practices.
Target Audience
The primary target audience includes manufacturers requiring sustainable carbon materials for EV battery production and other applications.
Features
- Proprietary method for converting forestry waste into BIO-Graphite
- Utilizes a balance of known technologies and a novel process
- 100% sustainable by using natural biomaterial with a zero-carbon footprint
- Renewable energy-powered technology
- Environmentally friendly advanced material that replaces fossil fuel-derived carbon materials