It is an innovative system using a honeycomb rotor to adsorb and concentrate VOCs from industrial exhaust, turning large volumes of low-concentration gas into small volumes of high-concentration gas for easier treatment.

By concentrating the VOCs first, the catalytic combustion process requires significantly less fuel or electricity to reach the required oxidation temperature (200-450°C), allowing for efficient energy recovery.

This system is designed specifically for Volatile Organic Compounds (VOCs), including those with high boiling points, thanks to the non-flammable nature and adjustable pore size of the zeolite media.

The motor promotes a slow and steady rotation of the rotor at a speed of 3 to 8 revolutions per hour (rpm) to ensure complete adsorption and regeneration cycles.

Zeolite maintains high adsorption capacity even at high temperatures and is non-flammable, which allows for higher desorption temperatures and safer operation compared to traditional carbon-based systems.

Yes. Both the zeolite rotor and catalytic combustion components are based on stable physical and chemical principles, making them relatively simple to operate and manage within industrial settings.