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Activated carbon is an adsorption material with a large number of micropores, boasting an extensive surface area. As gases pass through the activated carbon吸附box, the gas molecules come into contact with the activated carbon surface and are adsorbed into the micropores. Due to the numerous and intricate micropore structures of activated carbon, it exhibits a high adsorption capacity.
Adsorption boxes typically contain multiple layers of activated carbon, with other adsorbents intermixed between each layer to enhance the adsorption effect. This not only boosts the吸附 capacity of the adsorption box but also extends the service life of the activated carbon.
When harmful gases or odors are present in the air, they are adsorbed into the activated carbon adsorption box. The activated carbon adsorbs the gas molecules onto its surface physically, trapping them in the micropores, thereby purifying the air.
Once the activated carbon adsorption box becomes saturated, the adsorption capacity can be regenerated by heating or replacing the activated carbon. Heating releases the adsorbed gas molecules from the activated carbon, while replacing it involves removing the saturated activated carbon and replacing it with new activated carbon.
Overall, activated carbon adsorption boxes remove harmful gases and odors by physically adsorbing them through the microporous structure of activated carbon and the adsorbent's properties, thereby purifying the air.































