Technical Description
A new electrode material is developed for turning carbon dioxide into useful liquid chemicals using electricity. It is made of tiny iron-based particles trapped inside modified carbon tubes. This structure improves reaction speed, durability, and conductivity. It enables cleaner, low-energy conversion of waste gas into valuable industrial products.
Problems Addressed
- Low CO₂ conversion efficiency
- Poor catalyst stability
- Catalyst degradation
- Slow reaction kinetics
- Nanoparticle agglomeration
Tech Features
- 90% or Higher conversion efficiency
- 99.99% Pure formic acid
- Iron metals make It low cost
- Carbon nanotubes encapsulation
- Low voltage operation (1.9-2.2V)
- Controlled nanopore size (2–3 nm)
Target Audience
- Petrochemical and Process Industries
- Chemical Manufacturing
- Renewable Energy and Clean Technology
- Hydrogen and Fuel Cell Industry
- Electrochemical and Catalyst Manufacturing
Tech ID: P09-2083 TRL 4 Patent Status: Granted Available For Exclusive and Non-exclusive License
