The 10000 air flow photo oxygen activated carbon integrated machine adopts a microwave field to excite ultraviolet lamps, generating high-intensity ultraviolet rays. The wavelength of 154nm-185nm accounts for up to 14% of the series spectrum, with a UV dose greater than 65mW/cm2 and a photon energy greater than 880kJ/mol. It is the current industrial UV/O3 ultraviolet lamp with a dose and energy of ultraviolet rays, which can crack molecular bonds with bond energies less than 880kJ/mol such as hydrogen sulfide (H-S bond energy of 368kJ/mol) and ammonia (H-N bond energy of 393kJ/mol); The photolysis time is greater than 1 second, and ultraviolet radiation can also break the relatively stable nitrogen nitrogen triple bond in nature (bond energy 941.69 kJ/mol ). Ultraviolet photolysis of oxygen produces ozone (reactive oxygen species O3), which can oxidize pollutants with strong metallic properties. The amount of ozone can be set according to the concentration of pollutants and the subsequent reaction time.

Plasma decomposition zone: Designed using adsorption decomposition carbonization process technology, it does not require processing of raw materials, does not require dedicated personnel to be responsible, and does not generate secondary pollution. By using a pulse high-voltage high-frequency plasma power supply and a toothed plate discharge device, it generates high-energy active free radicals, which instantly oxidize and reduce the molecules remaining in the gas entering the plasma decomposition zone after passing through the UV photolysis zone in milliseconds, degrading pollutants in the exhaust gas into carbon dioxide, water, and easily treatable substances. By utilizing the strong oxidizing and high adsorption properties of catalytic oxidants, continuous catalytic oxidation reactions are carried out on the untreated pollutants and generated substances in the plasma, so that the exhaust gas is finally discharged in compliance with standards after multi-stage purification.

The equipment is equipped with an activated carbon fiber filter, UV lamp photolysis, and ozone oxidation mixing device. The automatic control system can be equipped with UV intensity sensors, ozone concentration sensors, temperature sensors, pollutant concentration sensors, and flow meters. It adopts touch screen+PLC control and can be used as a supporting equipment for pollutant treatment.