Advanced system designed to convert carbon dioxide into valuable chemicals and fuels through electrochemical reactions. Using renewable electricity, this reactor efficiently reduces CO₂ emissions by transforming it into useful products.

Technical Features:

• Innovative Structural Design: Zero-gap and thin-layer construction

• Compact Reactor: Reduced volume with optimized design

• Lightweight: Facilitates installation and handling

• Pressure Resistance: Withstands demanding operational conditions

• Durable Materials: Long-lasting plastic frame

• Extended Lifespan: Resistant materials for continuous operation

• Multi-Channel Flow Field: Advanced multiphase structure

• Uniform Distribution: Reactants uniformly distributed over electrodes

• Enhanced Efficiency: Significant improvement in electrolysis efficiency

• High-Efficiency Conversion: Optimized design for industrial electrolysis

Technological Advantages:

• Zero-gap structure for maximum efficiency

• Optimized multiphase flow system

• Compact design for space economy

• Superior mechanical resistance

• Ease of maintenance

Applications:

• Industrial Carbon Capture (flue gases from power plants, steel, cement industries)

• Synthetic Fuel Production (methanol, ethanol, and other fuels)

• Chemical Synthesis (CO₂ conversion to green chemical products)

• Research and Development (CO₂ electrolysis reaction studies)

• Emission reduction solutions for high-emission industries