We're pioneering electrochemical pathways to convert captured carbon dioxide into high-performance textile materials, building a new foundation for manufacturing.
Our Technology
Direct electrochemical reduction of carbon dioxide into versatile C4-C12 building blocks using proprietary catalyst systems.
Precision synthesis of diacids and diamines from carbon feedstocks—the essential building blocks for polymer production.
Developing high-performance polymers using carbon-derived feedstocks, targeting performance parity with petroleum-based materials.
Our Process
CO₂ captured from industrial sources or direct air capture
Electrochemical reduction to diacid building blocks
Polymerization into high-performance polymers
Production of next-generation materials
Our Vision
The textile industry relies heavily on petroleum-based feedstocks and accounts for a significant share of global emissions. We're developing technology to change this equation—converting CO₂ into the materials we wear and use every day.
In collaboration with UCLA's REACT Lab at the Samueli School of Engineering, we're exploring electrochemical conversion pathways that offer a new approach to materials manufacturing.
Get In Touch
Whether you're an investor, research partner, or industry leader exploring new materials, we'd love to hear from you.
hello@fractilelabs.com