Overview

Organic waste gas is produced in many industrial sectors and often contains complex chemical components. These emissions contribute to air pollution, including PM2.5 and ozone formation, making effective waste gas treatment an important requirement for modern industrial facilities.

Our activated carbon adsorption + catalytic combustion system is a high-efficiency, energy-saving solution developed from years of experience in industrial VOC treatment. It is designed for industrial organic waste gas adsorption, desorption, and catalytic combustion, providing a complete one-stop solution.

Industry Applications

Applicable to industries with organic waste gas generation:

A. Chemical production

B. Coating / Paint workshops

C. Printing industry

D. Electronics manufacturing

E. Pharmaceutical production

F. Rubber and plastics processing

G. Furniture and adhesives

H. Landfill and waste treatment

I. Petrochemical industry

Applicable Pollutants

The system is suitable for industrial VOCs and organic waste gases, including:

A. Alkanes, alkenes, benzene, toluene, xylene

B. Ketones, alcohols, esters, ethers

C. Aromatic compounds, formaldehyde

D. Hydrogen sulfide, mercaptans, ammonia

E. Other industrial odorous and hazardous organic gases

Custom Engineering Solutions

We provide customized activated carbon adsorption systems based on: 

A. Exhaust gas composition

B. Airflow capacity

C. Plant layout

D. Pollutant concentration

E. Industry requirements

Our engineering team can design complete exhaust gas treatment solutions for different industrial applications.

Why Choose Us

A. Full cycle professional services from design to commissioning

B. 40+ patented technologies & strong R&D team

C. ISO certified quality and international compliance

D. High efficiency with cost effective solutions

E. Fast after sales support and maintenance

F. Proven solutions across multiple industrial sectors

Technical characteristics

Regeneration method

After saturation, the carbon fiber felt filter cartridge is taken out and put into the container, heated by steam for 10-15 minutes to take out and dry, and then loaded into the equipment for continued use. The steam gas is condensed through the condenser, and the organic solution is separated from the storage liquid separation bucket. If the separated material is not useful, it can be poured into the coal pile to burn.

Structure and flow diagram

Structure purifier is composed of air inlet, filter, adsorption section, air outlet and so on.

After the organic waste gas enters the box from the inlet, it is filtered by the filter first, and then enters the adsorption section, which is absorbed and purified by the adsorption section. The purified air is discharged into the atmosphere by the fan, the saturated carbon fiber is taken out and regenerated, and the regenerated filter cartridge can still be used after being installed.

Equipment usage

This product is used for the purification of benzene-containing substances in the spray painting process. The purification efficiency of the paint is 91-99%, and the concentration of benzene in the air after purification is 0.068mg/Nm³. Toluene concentration was 7.48mg/Nm³. Symbol National and local emission standards.

Main technical specifications and technical parameters

This product has a total of ten models, processing air volume of 2000-24000m³/h, its purification efficiency of more than 95%, the company can also make non-standard products according to customer needs.