The urgent need for environmental governance in 2026 has risen, and honeycomb activated carbon has become the core material for VOCs purification

With the continuous strengthening of domestic environmental supervision, the "dual carbon" target has been incorporated into the local assessment system, and the treatment of industrial waste gas and wastewater has become a mandatory requirement for enterprises to comply with production regulations. In this context, the demand for efficient and environmentally friendly adsorption materials in the market has experienced explosive growth. Honeycomb activated carbon, with its core advantages of low resistance, high efficiency, renewability, and wide adaptability, has successfully entered the ranks of core materials for VOCs (volatile organic compounds) treatment. The market's purchasing and sales heat continues to rise, becoming a "must-have product" in the field of environmental protection treatment. Honeycomb Activated Carbon, Honeycomb Activated Carbon Manufacturer, Xuchang Activated Carbon, Xuchang Chengxin Activated Carbon Co., Ltd., Xuchang Chengxin Activated Carbon Co., Ltd

As a representative product of new environmentally friendly adsorption materials, the production process and raw material selection of honeycomb activated carbon directly determine its adsorption performance. At present, the mainstream products in the market are made of high-quality coal, coconut shell, and wooden activated carbon as substrates, refined through multiple processes such as crushing, proportioning, mold pressing, low-temperature drying, and high-temperature activation, forming a regular hexagonal honeycomb structure inside. This unique structure enables the product to achieve a breakthrough in specific surface area of 600-1200m ²/g, with graded distribution of micropores, mesopores, and macropores, which can capture small molecule harmful gases and adsorb large molecule pollutants. Compared with traditional granular activated carbon, the through-hole resistance of honeycomb activated carbon is only 1/3-1/5 of the former. In high air volume and low concentration industrial waste gas treatment conditions, the adsorption efficiency can reach 90% -98%. It can accurately capture various toxic and harmful gases such as benzene, toluene, formaldehyde, hydrogen sulfide, VOCs, etc., effectively solving the problem of industrial emissions.

In addition to outstanding adsorption efficiency, the durability and economy of honeycomb activated carbon have also become key factors in market selection. According to authoritative testing data, the compressive strength of high-quality honeycomb activated carbon exceeds 1MPa. Under complex working conditions such as high-speed airflow impact and equipment start stop vibration, it is not easy to pulverize or collapse, and can maintain stable structural integrity. More noteworthy is that the product supports thermal desorption regeneration technology. After high-temperature analysis, the adsorption capacity can be restored to over 85%, and some high-quality products can be regenerated 5-8 times, with a service life of up to 3-5 years, which is more than three times that of traditional granular carbon. It can help enterprises reduce the cost of adsorbent material replacement by more than 60%, significantly improving the cost-effectiveness of environmental governance.

In terms of application scenarios, the adaptability of honeycomb activated carbon continues to expand, covering a wide range of fields such as chemical engineering, printing, coating, electronics, pharmaceuticals, water treatment, and waste incineration. In the waste gas treatment project of chemical industrial parks, the combination of honeycomb activated carbon with catalytic combustion (CO) and regenerative combustion (RTO) processes can achieve a VOCs removal rate of over 99%, while reducing system energy consumption by 40%; In the automotive painting workshop, its low resistance characteristics can reduce the operating load of the fan, coupled with adsorption desorption integrated equipment, meeting the environmental protection requirements of continuous production; After secondary high-temperature firing treatment, the water absorption rate of water-resistant honeycomb activated carbon is less than 5%. It can be directly applied to industrial wastewater treatment scenarios with high humidity and high acidity and alkalinity. It performs well in areas such as decolorization of printing and dyeing wastewater and adsorption of heavy metals in electroplating wastewater. It does not deform or lose during backwashing, and the treatment efficiency is stable and reliable.

Industry data shows that in the first quarter of 2026, the demand for honeycomb activated carbon in the domestic market increased by 35% year-on-year, with the industrial waste gas treatment sector accounting for 68% and the water treatment sector experiencing the fastest growth rate, with a year-on-year increase of 42%. From the perspective of regional markets, regions with strict environmental requirements such as the Yangtze River Delta and the Pearl River Delta account for 55% of the national total in terminal bidding volume, and procurement demand is inclined towards "high specific surface area, high regeneration rate, and customized specifications". Suppliers with large-scale production capabilities, core technology patents, and the ability to provide integrated services of on-site survey, scheme design, and after-sales maintenance are more favored by large chemical enterprises and environmental engineering companies.

The sustained favorable policies have also injected strong momentum into the cellular activated carbon market. Recently, the Ministry of Ecology and Environment issued the "Key Plan for the Control of Volatile Organic Compounds", which clearly requires key industries to achieve a VOCs removal rate of over 90%, and encourages enterprises to use efficient adsorption materials to replace traditional treatment processes; Various regions have also introduced environmental protection subsidy policies, providing tax reductions and financial support to enterprises that use new environmentally friendly materials, further promoting the market penetration rate of honeycomb activated carbon. Industry insiders analyze that with the upgrading and iteration of technology, honeycomb activated carbon will develop towards refinement, functionalization, and intelligence in the future. Products such as modified honeycomb carbon for specific pollutants and intelligent adsorption modules equipped with online monitoring functions will gradually be introduced to the market. Their application scenarios will also expand to emerging fields such as indoor air purification and new energy vehicle exhaust treatment, becoming the core supporting force of the environmental protection governance industry.