Air pollution control
Waste gas purification treatment
Storage and transportation of natural gas
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The Disc/drum Zeolite Module is a high-efficiency adsorption product engineered for organic waste gas treatment, featuring a honeycomb structure that combines high adsorption capacity, catalytic performance, and long service life. It is an indispensable core component for industries aiming to control air pollution and achieve resource recycling.
With a specific surface area of 400-800 m²/g and a pore density of 50-200 cpsi, the module can selectively adsorb molecules of specific sizes, achieving an adsorption efficiency of 90%-98% for VOCs such as benzenes, ketones, and esters.
Its unique porous structure promotes substance diffusion and transmission, enhancing catalytic reaction rates. It also exhibits outstanding thermal stability (resistant to 180-250℃ desorption temperature) and chemical stability, tolerating strong acids, alkalis, and complex working conditions.
The module is non-flammable, hydrophobic, and water-resistant. It supports regeneration through heating and purging, enabling repeated use and reducing waste of adsorbents.
The global demand for VOCs treatment equipment is growing at an annual rate of 18%, driven by strict environmental policies on air pollution control. Industries such as chemical, coating, printing, power, and steel are the main consumers of zeolite modules. The market favors products with high adsorption efficiency, long service life, and low maintenance costs – all key advantages of this disc/drum zeolite module.
Adsorption efficiency reaches up to 98%, meeting the strictest industrial waste gas emission standards.
Maintains stable performance under humidity ≤75% and dust concentration ≤1 mg/m³, adapting to diverse industrial environments.
Service life of 3-5 years, with regeneration capability reducing operational costs by 40% compared to disposable adsorbents.
Industrial waste gas purification: Treatment of VOCs from chemical, coating, printing, and painting industries.
NOx control: Purification of nitrogen oxides from power plants, steel mills, and cement factories.
Energy field: Storage and transportation of natural gas, ensuring gas purity and safety.
The main causes are impurity accumulation and chemical interference. Regular heating (180℃-250℃) and purging can desorb adsorbed impurities, effectively restoring the module’s adsorption capacity.
Key factors include working temperature (avoid exceeding 40℃ for adsorption), dust concentration (control ≤1 mg/m³), and operation Normativity. Proper selection, standard operation, and regular maintenance can extend its service life to 5 years.
Yes, it can work stably in environments with humidity ≤75%. Its hydrophobic and water-resistant design prevents performance degradation caused by moisture.
