What is honeycomb activated carbon

  • Carrie Ge
    December 10, 2020
    Honeycomb activated carbon is black powder or granular amorphous carbon. The main components are carbon, oxygen, hydrogen and other elements. This is the reason why honeycomb activated carbon is a hydrophobic adsorbent. granular activated carbon suppliers Honeycomb activated carbon is also a kind of carbon with strong adsorption capacity. Activated carbon is suitable for the treatment of large air volume and low concentration factory organic waste gas (triphenylene and toxic and harmful gases).

    It is suitable for indoor air purification and catering oil fume exhaust gas treatment. Air conditioners, refrigerators, photocopiers, etc. deodorize. And can be used as catalyst carrier. It can be used directly or placed in a purification cabinet or adsorption bed. If the exhaust gas concentration is high and the discharge volume is large, two purification cabinets and adsorption beds can be used in rotation.

    Put it in the purification cabinet and adsorption bed during use, try to avoid too high temperature, too high temperature will reduce the adsorption capacity, and the adsorption capacity will decrease with the rise of temperature; at the same time, avoid high dust content and oil mist, because tar dust mist will Block the micropores of activated carbon, increase resistance, and reduce adsorption effect. If the use environment contains a lot of dense dust and tar, a pre-dust filter should be installed to achieve the ideal use effect and long service life.

    At this time, the role of honeycomb activated carbon is not limited to supporting the activator, it has a significant impact on the activity, selectivity and service life of the catalyst. At the same time, it also has a catalytic effect. wy activated carbon Therefore, honeycomb activated carbon is accompanied by catalysis in many adsorption processes and exhibits catalytic activity. For example, honeycomb activated carbon adsorbs sulfur dioxide and becomes sulfur trioxide through catalytic oxidation.