UV photo oxygen exhaust gas treatment equipment

NegotiableUpdate on 01/29

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Overview

Introduction to UV photo oxygen waste gas treatment equipment: UV photo oxygen waste gas treatment equipment utilizes the degradation mechanism of gaseous organic pollutants

Product Details

The UV photocatalytic exhaust gas treatment equipment uses - C band ultraviolet light to react with oxygen in the air to produce ozone. When decomposing pollutants such as oil mist and exhaust gas, the high-energy ozone in the ultraviolet light plays a decisive role. The high-energy ozone resembling a meteor shower collides non elastically with molecules in the medium (principle), converting energy into the internal energy of ground state molecules (atoms), and undergoing a series of processes such as excitation, dissociation, and ionization to activate the polluted medium. Achieve the effect of purifying and deodorizing.

Under the action of ionization, the pollutant medium generates active free radicals, and the activated pollutant molecules are removed through directional chain chemical reactions. When the average energy exceeds the chemical bond binding energy in the polluted medium, the molecular chain breaks, the polluted medium decomposes, and is collected under the action of the adsorption field of the ozone generator. The concentration of molecules in the medium and the coexisting components of the medium.

Degradation mechanism of gaseous organic pollutants by UV photocatalytic exhaust gas treatment equipment

There is enough energy to generate free radicals, triggering a series of complex physical and chemical reactions. The chemical reactions of gas organic compounds caused by the action of ozone generators are ionization, dissociation, excitation, and atomic reactions that occur in the gas phase. The mutual binding and addition reactions between molecules. This energy is sufficient to break the chemical bonds in most gaseous organic compounds, leading to their degradation.

From the perspective of air purification efficiency, we have chosen to use a combination of - C-band ultraviolet radiation and ozone generator with a high corona current device to eliminate harmful gases using the principle of pulse corona discharge adsorption technology. The - C-band ultraviolet radiation is mainly used to remove gases such as hydrogen sulfide, ammonia, benzene, toluene, xylene, formaldehyde, acetone, urea, resin, etc., as well as for disinfection and sterilization.

The purification device consists of equipment and components such as a primary filtration unit, a - C-band ultraviolet device, degradation collection, an ozone generator, and a filtration unit.

Product characteristics of UV photocatalytic exhaust gas treatment equipment

Characteristics of UV photo oxygen waste gas treatment equipment: Organic waste gas generally has the characteristics of flammability, explosiveness, toxicity, insolubility in water, solubility in organic solvents, and difficulty in treatment. Various principles such as activated carbon adsorption treatment, catalytic combustion, catalytic oxidation, acid-base neutralization, and plasma treatment are commonly used in the treatment of organic waste gas. It is generally recommended to use plasma method because low-temperature plasma method has the characteristics of high removal efficiency and convenient use. A better method for treating organic waste gas is the catalytic oxidation purification system. The waste gas treatment design is meticulous, with layers of purification and filtration, resulting in better results.