1. Can nearly handle all waste gases containing organic compounds.

2. Capable of handling low concentration organic waste gases with high air volume.

The flexibility in handling organic waste gas flow is significant (nominal flow rate from 20% to 120%).

4. Adaptable to the variations and fluctuations in the composition and concentration of VOCs in organic waste gases.

5. Unaffected by a small amount of dust or solid particles in exhaust gas.

6. Offers high thermal efficiency (>95%) among all thermal combustion purification methods.

Under suitable exhaust gas concentration conditions, self-heating operation can be achieved without the need for auxiliary fuel.

High purification efficiency (three-chamber > 99%).

9. Low maintenance workload and operation safety and reliability.

10. Organic sediments can be periodically cleared, and heat storage units can be replaced.

The entire unit experiences minimal pressure loss.

12. Long service life of the equipment.