one Honeycomb activated carbon Strong adsorption capacity, honeycomb Activated carbon It is widely used in various organic waste gas purification systems with low concentration and large air volume. The treated waste gas can fully contact with the honeycomb activated carbon when passing through the square hole of the honeycomb activated carbon, and the adsorption efficiency of various waste gases can reach 80%. It can be widely used to purify and treat organic gases, odor gases and gases containing trace metals, such as toluene, xylene, benzene, and other benzene, phenols, lipids, alcohols and aldehydes. The environmental protection equipment using honeycomb activated carbon has high waste gas treatment efficiency, small adsorption bed volume, low equipment energy consumption, which can reduce the cost and operating cost, and the purified gas can meet the environmental protection emission requirements.
2. Air resistance rate of honeycomb activated carbon. The main reason why honeycomb activated carbon can replace columnar and granular activated carbon is that its air resistance coefficient is small (up to 0.8m/s), which can allow the exhaust gas to enter and exit stably without affecting the subsequent exhaust gas inflow. It has good adsorption, desorption performance and gas dynamics performance.
To sum up: Honeycomb activated carbon is much better than other activated carbon in the treatment of organic waste gas, so you can safely choose honeycomb activated carbon for the treatment of organic waste gas.
Why is honeycomb activated carbon better than ordinary activated carbon in treating organic waste gas? Honeycomb activated carbon is used to control air pollution. Two adsorbers are connected in parallel, which can be used to deal with intermittent exhaust. Some can be used for continuous exhaust. One adsorber is used for adsorption, and the other adsorber is used for desorption regeneration. The desorbed pollutants are discharged after catalytic combustion. And the honeycomb activated carbon should avoid high temperature as far as possible, because high temperature will reduce the adsorption capacity, and the adsorption effect will decline due to temperature rise. At the same time, it is necessary to avoid high dust content in the gas, because the tar dust mist will block the pores of activated carbon, increase the wind resistance and reduce the adsorption effect. In this case, a dust filter device should be installed in front of the honeycomb activated carbon to improve the efficiency and service life.
It is widely used in various organic waste gas purification systems with low concentration and large air volume. The treated waste gas can fully contact with the activated carbon when passing through the square hole of the honeycomb activated carbon. The adsorption efficiency can reach 67.16%, the wind resistance coefficient is small, and it has good adsorption, desorption performance and gas dynamics performance. It can be widely used to purify organic gases containing toluene, xylene, benzene, etc., phenols, lipids, alcohols and aldehydes, etc Odor gas and various gases containing trace metals.
