Zeolite Concentrator

The Zeolite Concentrator is a highly efficient pretreatment device for treating low-concentration, high-volume VOCs waste gas. Its core utilizes hydrophobic zeolite molecular sieves as the adsorbent material, exhibiting high selectivity and adsorption capacity for organic compounds such as benzenes, esters, and ketones. During operation, waste gas is directly discharged after purification in the rotary adsorption zone. The saturated zeolite is then concentrated and desorbed in the desorption zone using a small amount of hot air, forming a 10-20 times higher concentration of waste gas, which is then sent to a small oxidation furnace for destruction. This device significantly reduces overall equipment investment and operating energy consumption, making it particularly suitable for industries such as coating, semiconductors, lithium batteries, and adhesive tapes. The zeolite rotor boasts advantages such as high-temperature resistance, non-flammability, and resistance to solvent aging. Combined with a self-cleaning and online regeneration design, its service life is as long as 8-10 years. The compact design facilitates integration with existing production lines, helping you easily achieve low-energy emission standards.

Zeolite Concentrator+Regenerative Thermal Oxidizer

Zeolite Rotor Concentration + Regenerative Thermal Oxidizer (RTO) System High-Efficiency VOCs Abatement for High-Flow & Low-Concentration Exhaust Our Zeolite Concentrator+Regenerative Thermal Oxidizer is a state-of-the-art, cost-effective solution designed for large-volume, low-concentration VOCs exhaust widely generated in automotive painting, printing, electronics, chemicals, and coating industries. It combines adsorption concentration with high-temperature thermal oxidation, achieving 99%+ VOCs removal efficiency and stable compliance with strict global emission standards.

Zeolite Concentrator+Catalytic Oxidizer

Our Zeolite Concentrator+Catalytic Oxidizer is a high-efficiency, energy-saving integrated solution engineered for the treatment of large-airflow, low-concentration volatile organic compound (VOC) exhaust gases. By combining advanced zeolite adsorption concentration with low-temperature catalytic oxidation, this technology efficiently addresses the core challenges of industrial VOC emissions, delivering stable compliance, reduced operational costs, and long-term reliability for global manufacturing clients.