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CO₂ Conversion Catalyst and Electrode
CO₂ Conversion Catalyst and Electrode
CO₂ Conversion Catalyst and Electrode
CO₂ Conversion Catalyst and Electrode

CO₂ Conversion Catalyst and Electrode

  • Keywords:CO₂ conversion catalyst, CO₂ electrode, carbon dioxide conversion, CO₂ reduction, electrochemical CO₂ reduction, CO₂ to fuels, CO₂ to chemicals, sustainable CO₂ conversion, renewable energy CO₂ conversion, CO₂ catalyst technology
  • Category:CO2 Process Equipment

The CO₂ Conversion Catalyst and Electrode is an advanced technology designed to facilitate the electrochemical conversion of carbon dioxide into valuable chemicals and fuels. This system combines a high-performance catalyst with a specialized electrode to enhance the efficiency and selectivity of CO₂ reduction reactions. It is ideal for applications in sustainable energy production, chemical manufacturing, and environmental management, offering a green solution for carbon utilization and emission reduction.

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Product Introduction

The CO₂ conversion catalyst and electrode is a nanostructured, high-activity binary metal catalyst specifically designed for selective CO₂ reduction in flue gases. Rich in basic carbon adsorption sites, this catalyst demonstrates superior selectivity and efficiency in CO₂ capture and conversion. With a unique regeneration method, the catalyst boasts a lifespan exceeding 8,000 hours, making it an ideal solution for sustainable CO₂ utilization.

Product Features

  • High-Activity Nano Catalyst: Composed of binary metal nanomaterials, providing excellent catalytic performance for efficient CO₂ conversion.
  • Basic Carbon Adsorption Sites: Enriched with basic sites to enhance CO₂ adsorption and selective reduction.
  • Long Lifespan: Optimized regeneration method extends catalyst lifespan beyond 8,000 hours, greatly reducing replacement and maintenance costs.
  • Cost-Effective: Uses affordable raw materials to deliver high performance at a low cost.

Applications

  • Flue Gas Purification: Ideal for CO₂ capture and conversion in industries such as power generation, steel, and cement, aiding in carbon emission reduction.
  • Green Chemistry: Enables the synthesis of high-value products like methanol and ethylene from CO₂ in the chemical industry.
  • Energy Storage: Acts as a sustainable fuel-generation technology in storage devices, offering a green carbon source for the energy sector.
  • Research and Experimentation: Suitable for laboratory research on low-concentration CO₂ reduction reactions, supporting sustainable chemistry studies.
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CO₂ Conversion Catalyst and ElectrodeCO₂ Conversion Catalyst and Electrode

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