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CO Removal Catalyst

CO Removal Catalyst

The CO removal catalyst primarily works based on the adsorption of reactants on the catalyst and surface chemical reactions. In the CO oxidation reaction, CO is adsorbed on the surface of the catalyst and reacts with oxygen molecules on the surface to form CO₂ and water, among other harmless substances. The efficiency of CO removal is significantly improved through the action of the catalyst.

    Advantage

    1: Good permeability: Typically adopts a granular structure with good permeability, which helps in forcing air through the catalyst layer in confined environments, effectively controlling CO concentration.

    2: High catalytic activity: Effectively converts CO to CO₂ at room temperature.

    3: Wide range of applications: The CO catalyst is suitable for various environments and applications, such as in mine rescue chambers, refuge bays, and other emergency spaces in coal mines, as well as in gas masks and self-rescue devices that require carbon monoxide removal.

    Applications of CO Removal Catalyst

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    Fire escape masks

    Filter-type self-rescue devices

    Filter-type gas masks

    Mine mobile rescue chambers

    Emergency refuge air purification devices

    Catalytic conversion of organic gases

    Waste incineration flue gas treatment

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    Precautions for use

    1: During use: It is necessary to equip the product with a corresponding moisture-absorbing drying agent in a 1:1 to 1:2 ratio.
    2:  Moisture sensitivity: The product is prone to performance degradation if exposed to moisture. Care should be taken to prevent moisture during transportation, storage, and use.

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