The polluted gas is introduced into the point heat catalytic oxidation equipment, and the pollutant particles in the polluted gas are first absorbed and settled in the pretreatment unit; The pretreated polluted gas enters the microwave synergistic unit, the polluted gas directly absorbs the ultraviolet radiation energy to break the bond, and water vapor absorbs the ultraviolet radiation energy to produce free radical oxidation polluted gas; After entering the active oxygen generating unit through the microwave synergistic unit, the strong oxidation ability of oxygen free radicals has a certain oxidative decomposition effect on polluted gas molecules; After passing through the active oxygen generation unit, it enters the normal temperature catalytic unit. This unit is equipped with a self-developed pollution gas decomposition catalyst. Active species active oxygen are generated at the active site of the catalyst. The pollution gas molecules are adsorbed through the catalyst, and CO2 and H2O are completely decomposed under the synergistic catalysis of the electromagnetic field and oxygen free radicals; The clean gas after the multi-unit purification treatment is led out by the exhaust fan.
1. Without additional energy input, efficient catalytic VOCs degradation reaction occurs under normal temperature and pressure conditions;
2. The reaction rate is fast, and the treatment efficiency of medium and low concentration VOCs waste gas can reach more than 90%;
3. Intelligent control, simple operation, immediately open and use, close and stop;
4. It does not produce secondary pollution and has a long service life. The catalyst life can reach more than 8,000 hours;
5. Safe and energy-saving, low operation and maintenance costs.
Mainly used in petroleum, chemical industry, coatings, semiconductors, printing, furniture, garbage classification, sewage treatment, integrated circuits, auto repair, shipbuilding, glass, wires and cables, shoes, electric vehicles, ozone exhaust gas treatment, etc.