Operating temperature of 250–350°C reduces energy loss and operating costs.
Eco-friendly: Catalytic reaction prevents the formation of NO_x and CO, aligning with international ESG standards.
System Features
Operating temperatures are kept low. The heat generated during the catalytic reaction, combined with heat recovery systems, significantly reduces overall operating costs.
During the catalytic oxidation process, the catalyst functions by lowering the activation energy of the reaction and accelerating the reaction rate without being permanently consumed by the reactants.
With the aid of a catalyst, organic waste gases undergo flameless combustion at lower ignition temperatures. This process oxidatively decomposes VOCs (Volatile Organic Compounds) into CO_2 and H_2O while simultaneously generating thermal energy.
This technology can be integrated with various waste gas concentration systems and heat exchange modules to achieve optimal treatment results for low-airflow, high-concentration emissions.
Applicable Industries
Printing, Semiconductor industries.
Optoelectronic Panels, Component Cleaning.
Packaging, Automotive Coating, Petrochemical, and Pharmaceutical industries.
