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Product Introduction
The CO₂ electrolysis reactor is a compact and high-efficiency device designed with zero-gap, thin-layer, and plastic frame structures. This design provides advantages such as small volume, lightweight, and high pressure resistance, enhancing the reactor's durability. The multi-channel and multiphase flow field structure ensures uniform distribution of reactants over the electrode surface, significantly boosting CO₂ electrolysis efficiency. Ideal for industrial applications requiring efficient CO₂ conversion, this reactor supports low-carbon, eco-friendly production.
Product Features
- Innovative Structural Design: Zero-gap and thin-layer construction make the reactor compact, lightweight, and pressure-resistant.
- Long-Lasting Materials: Durable plastic frame extends equipment lifespan.
- Multi-Channel Flow Field: Multi-channel and multiphase flow structure ensures uniform reactant distribution across the electrode, improving electrolysis efficiency.
- High-Efficiency CO₂ Conversion: Optimized design enables efficient CO₂ electrolysis, meeting the needs of industrial-scale applications.
Applications
- Industrial Carbon Capture: Suitable for CO₂ capture and electrolysis conversion in flue gases, providing effective emission reduction solutions for high-emission industries such as power, steel, and cement.
- Synthetic Fuel Production: Can be used to produce methanol, ethanol, and other fuels, enabling CO₂ resource utilization.
- Chemical Synthesis: Widely used in CO₂ conversion for the synthesis of chemical products, supporting green chemical processes.
- Research and Development: Ideal for laboratories and research institutions for studying CO₂ electrolysis reactions and optimizing processes.
