Advanced technology designed to facilitate the electrochemical conversion of carbon dioxide into valuable chemicals and fuels. System combining high-performance catalyst with specialized electrode to enhance efficiency and selectivity of CO₂ reduction reactions.

Technical Features:

• High-Activity Nano Catalyst: Composed of binary metal nanomaterials

• Superior Catalytic Performance: Excellent performance for efficient CO₂ conversion

• Basic Adsorption Sites: Enriched with basic sites for selective adsorption

• Selective Reduction: Enhanced capability for selective CO₂ reduction

• Extended Lifespan: Over 8,000 hours of operation

• Regeneration Method: Unique technique for lifespan extension

• Cost-Effective: Uses affordable raw materials with high performance

• Low Operating Cost: Significant reduction in replacement and maintenance costs

Technological Advantages:

• Efficient electrochemical conversion

• Superior selectivity for CO₂

• Sustainable catalyst regeneration

• Renewable energy compatibility

• Advanced nanostructured design

Applications:

• Flue gas purification (power plants, steel, cement industries)

• Green chemistry (methanol and ethylene synthesis from CO₂)

• Energy storage (sustainable fuel generation technology)

• Research and experimentation (low-concentration CO₂ reduction reactions)

• Sustainable energy production

• Chemical manufacturing

• Environmental management