INTRODUCTION

The UV photocatalytic oxidation purifier has a compact and reasonable overall structure, with a simple and elegant appearance, which can be well integrated into various industrial environments. Its outer shell is made of high-quality stainless steel, possessing good corrosion resistance and sturdiness, and can adapt to relatively complex working conditions. The core internal components include specially designed UV ultraviolet lamps and photocatalytic oxidation reaction beds. The UV ultraviolet lamps are high-intensity and long-life high-quality lamps that can stably emit high-energy ultraviolet rays. The photocatalytic oxidation reaction beds are equipped with efficient catalysts, such as titanium dioxide. These catalysts have a large specific surface area and good catalytic activity, which can greatly enhance the waste gas purification effect. Through the scientific design of the air flow channel, the waste gas can evenly and fully contact the ultraviolet rays and catalysts, thereby achieving efficient purification. It is widely used in numerous industrial scenarios with waste gas treatment needs.

WORKING PRINCIPLE

When the waste gas containing organic pollutants enters the UV photocatalytic oxidation purifier, it will first go through the pretreatment stage. During this process, large particulate impurities, water vapor, etc. in the waste gas will be initially filtered and removed to make the waste gas to be treated later purer. Then, the waste gas enters the photocatalytic oxidation reaction area. At this time, the high-energy ultraviolet rays emitted by the UV ultraviolet lamps irradiate the molecules of the waste gas and the surface of the catalysts on the photocatalytic oxidation reaction beds. Under the action of ultraviolet rays, the molecules of organic pollutants in the waste gas are activated, and the chemical bonds are broken, forming free atoms or groups. Meanwhile, under the excitation of ultraviolet rays, the catalysts generate highly oxidizing active substances such as hydroxyl radicals. These active substances will have a series of complex redox reactions with the activated organic pollutant molecules, gradually decomposing and converting the organic pollutants into carbon dioxide, water, and harmless small molecular substances. Finally, the purified gas is discharged through the air outlet, achieving the purpose of purifying the waste gas.

MAIN PERFORMANCE AND FEATURES

(I) High-efficiency Purification

The UV photocatalytic oxidation purifier has an excellent purification effect on many common organic waste gases, such as benzene, toluene, xylene, volatile organic compounds (VOCs), etc. The removal efficiency can be as high as over 90%, which can effectively reduce the content of pollutants in the waste gas, making it meet strict environmental protection emission standards and helping to create a clean atmospheric environment.

(II) Energy Saving and Environmental Protection

During the operation of the equipment, purification mainly relies on the action of ultraviolet irradiation and catalysts, without consuming a large amount of energy, and the energy consumption is relatively low. Moreover, the entire purification process does not produce secondary pollution, which is a green and environmentally friendly waste gas treatment method, in line with the concept of sustainable development.

(III) Safe and Reliable

It adopts an advanced electrical control system with multiple safety protection mechanisms, such as overload protection and leakage protection, which can effectively avoid safety accidents caused by electrical failures. Meanwhile, key components such as the UV ultraviolet lamps inside the equipment have undergone strict quality inspections, with good stability and long service life, reducing the trouble and cost caused by frequent replacement of components. 

(IV) Simple Operation

The operation interface is simple and intuitive. Operators only need to undergo simple training to easily master basic operations such as starting, stopping, and parameter adjustment of the equipment. Moreover, the equipment has an automatic monitoring and fault alarm function. Once an abnormal situation occurs, it can promptly remind the staff to handle it, facilitating daily operation and maintenance management.

(V) Strong Adaptability

It can adapt to the treatment needs of organic waste gases with different concentrations and air volumes. By reasonably adjusting the configuration and operation parameters of the equipment, it can effectively purify the organic waste gases generated in various industrial production processes, with a wide range of applications. Whether it is a small processing workshop or a large industrial factory building, it can play its purification role.

APPLICATION FIELDS AND INDUSTRIES OF THE PRODUCT

l In the printing industry, a large amount of organic solvent waste gas will be volatilized during the ink printing process. The UV photocatalytic oxidation purifier can accurately purify these waste gases, reduce the pollution of the workshop and its surrounding environment, protect the health of workers, and also enable enterprises to meet the requirements of environmental protection production and avoid being punished due to excessive waste gas emissions.

l In the coating industry, processes such as spraying and baking will generate waste gases containing organic pollutants such as benzene series and esters. With its high-efficiency purification ability, this purifier can effectively treat these waste gases, improve the air quality in the workshop, reduce odors, improve the comfort of the working environment, and also help to improve the quality and appearance effect of products.

l In the electronics and electrical appliance manufacturing industry, volatile organic compound waste gases will be generated during processes such as circuit board cleaning and welding. By using the UV photocatalytic oxidation purifier, these waste gases can be decomposed and purified, preventing them from polluting the atmospheric environment, meeting the increasingly strict environmental protection standards in the industry, and protecting the precision electronic equipment in the production area from being eroded by waste gases.

l In the chemical industry, various chemical reactions will generate organic waste gases with complex compositions. This purifier can adapt to such complex waste gas compositions. Through the photocatalytic oxidation effect, it can convert harmful organic components into harmless substances, ensuring the environmental protection and safety of chemical production and avoiding environmental problems and safety accidents caused by waste gas emissions.

SUMMARY

The UV photocatalytic oxidation purifier demonstrates powerful advantages in industrial waste gas purification with its scientific and reasonable structure, efficient working principle, excellent performance characteristics, and wide application fields. It can not only help enterprises strictly comply with environmental protection regulations, effectively reduce organic waste gas emissions, improve the surrounding atmospheric environment, and protect the health of employees but also reduce the operation and maintenance costs and management difficulties of enterprises by virtue of its advantages such as energy saving and environmental protection and simple operation. With the increasingly strict environmental protection requirements and the continuous increase in people's attention to air quality, the UV photocatalytic oxidation purifier will surely be widely used in more industries and become an indispensable key equipment in the field of industrial waste gas purification, contributing to promoting the green and sustainable development of industry.