Honeycomb activated carbon filter

Honeycomb activated carbon filter

1, product characteristics

Honeycomb activated carbon has a relatively large area, microporous structure, high adsorption capacity, and high surface activated carbon products, and is widely used in air pollution control. The cellular activated carbon adsorption method was chosen, that is, the exhaust gas was in contact with the porous activated carbon with a large surface, and the pollutants in the exhaust gas were adsorbed and decomposed, thus playing a purification role.

Contaminants that can be removed to varying degrees with Honeycomb activated carbon include: nitrogen oxide, carbon tetrachloride, chlorine, benzene, dimethyl aldehyde, acetone, ethanol, ether, methanol, acetic acid, ethyl Ester, styrene, phosgene, and odor gas.

Modified Honeycomb activated carbon impregnated with chemical reagents can be removed: acid mist, alkali mist, amine, thiol, sulfur dichloride, hydrogen sulfide, ammonia, Mercury, carbon tetrachloride, dioxins, etc..

2, use instructions

The best way to control air pollution is to use Honeycomb activated carbon, which is composed of two adsorbents in parallel. It can be used to treat intermittent exhaust gas. It can be used for continuous exhaust gas. One of the adsorbents can be adsorbed and the other adsorbant can be deattached. Regeneration, the deactivated pollutant catalytic combustion is emptied.

The use of Honeycomb activated carbon should be avoided as high as possible, because the high temperature will reduce the adsorption, the adsorption effect will decrease as the temperature rises. At the same time, it is necessary to avoid high dust content in the gas, because the tar dust fog will block the fine holes of activated carbon, increase the wind resistance, and reduce the adsorption effect. In this case, a dust filter device must be installed in front of the Honeycomb activated carbon to improve the efficiency and service life..

3.Technical parameters

Note: Other specifications can be produced according to user requirements.