Honeycomb activated carbon has the advantages of small volume density, small wind resistance coefficient, good ventilation effect, not easy to clog, high compressive strength, fast adsorption speed, short desorption time, high adsorption capacity efficiency, large specific surface area, developed pore structure, etc., which reduces the cost of adsorption bed and operating costs. Honeycomb activated carbon has adsorption properties and can be used to treat most organic waste gases. Therefore, its utilization rate in the treatment of industrial waste gas is increasing.

It is a square hole honeycomb activated carbon block made of fine coal and auxiliary materials. As a new type of environmentally friendly adsorption material, honeycomb activated carbon is mainly used to purify various low concentration and large air volume organic waste gas, and can be widely used in the adsorption bed of toluene, xylene, benzene and other volatile organic gases, phenols, esters, aldehydes and other volatile organic compounds, odor gases and a variety of gases containing trace heavy metals.

As a new type of environmentally friendly adsorption material, honeycomb activated carbon has a wide range of adsorption and purification functions. It can effectively adsorb sulfur dioxide, nitric oxide, carbon disulfide, carbon tetrachloride, hydrogen sulfide, benzene, aldehyde, phenol, ester, ketone and other substances. Such as gasoline, diesel, phosgene and substances containing heavy metals and foul odors.

Honeycomb activated carbon is also suitable for industries that produce organic waste gas pollution, such as printing, aircraft manufacturing, shipbuilding, electronics, automobile manufacturing, pharmaceuticals, containers, etc. Environmental requirements for the use of honeycomb activated carbon: Avoid excessive inlet temperature, which will reduce the adsorption capacity. Under normal circumstances, the inlet temperature shall not exceed 40℃; The waste gas contains particles or sticky substances, and the dust removal and filtration should be increased to achieve a good use effect.