Solution

The automobile manufacturing workshop achieves purification through the following methods:

Air filtration: High efficiency filters are used to remove pollutants such as dust and particles from the air, ensuring the cleanliness of the spraying environment.

Efficient air filtration system: removes smoke and harmful gases generated during the welding process, providing a clean working environment for welding workers.

Local exhaust system: Install a local exhaust hood above the welding station to directly exhaust the smoke and harmful gases generated during welding outside the workshop.

Floor cleaning: Maintain the cleanliness of the workshop floor to prevent dust and impurities from entering the interior of the car.

HEPA (High Efficiency Particulate Air Filter) filters are widely used in automotive air purification systems to provide efficient air filtration.

Air filters are widely used in various key equipment in the petrochemical industry, such as gas turbines, air compressors, generators, and ventilation systems in control rooms. These devices have extremely high requirements for air quality, and once there are too many pollutants in the air, it will have a serious impact on the normal operation of the equipment.

Air filters separate solid impurities particles contained in gas and liquid materials through filter elements to prevent damage or blockage of equipment and pipes caused by their entry into the device, ensuring the normal and stable operation of production equipment.

In the biopharmaceutical industry, clean rooms and air purification systems are key to ensuring drug quality and a sterile and dust-free production environment. The clean room processes air through efficient filters to maintain high cleanliness and prevent cross contamination. The filling room adopts vertical unidirectional flow technology, and the operation area is equipped with high-efficiency filters and ventilation systems to adapt to different work processes.

Purification engineering ensures the purity and quality of raw materials by removing impurities and microorganisms during the raw material processing stage. This helps to improve the stability and efficacy of drugs, and reduce the risk of drug contamination.

Electronic workshop air purifier is a specialized air purification equipment used in electronic workshops, which can effectively remove dust, odors, and odors generated in factories and workshops, while also sterilizing and disinfecting, and has a good effect on purifying workshop air. This type of equipment has higher power and air volume, and can meet the complex air quality requirements of industrial environments.

The air treatment system in electronic purification workshops usually uses high-efficiency filters, such as HEPA and ULPA filters, with filtration efficiencies of over 99.97% and 99.999%, respectively, to maintain cleanliness. Fan and air outlet: used for circulating air, regulating airflow speed and distribution, ensuring the uniformity and stability of the air throughout the workshop.

Cleanrooms are used in various stages of manufacturing solar cells, such as silicon wafer cleaning, cutting, diffusion, corrosion, deposition, display, electroplating, etc. By strictly controlling the air quality in the clean room, preventing pollution such as dust and impurities, the performance and stability of solar cells are ensured.

Air filters can be used for heat dissipation, ventilation, and air filtration in energy storage cabinets. Energy storage cabinets play a crucial role in photovoltaic power generation systems, requiring efficient heat dissipation and ventilation systems to maintain normal operation. Air filters capture dust and purify the air, ensuring clean air inside the energy storage cabinet, thereby extending the service life of the equipment and improving its working efficiency.

In clean workshops, air filters are widely used in industries such as conductors, precision manufacturing, liquid crystal manufacturing, optical manufacturing, and circuit board manufacturing. For example, mobile phone backlight sources, chip production, integrated circuits, etc. all require a high cleanliness production environment. In the manufacturing process of precision instruments, the use of air filters can prevent the influence of small dust particles on the accuracy of the instruments, ensuring that the produced instruments have high precision and reliability.

In the precision manufacturing industry, the selection and use of air filters need to follow strict industry standards and specifications. For example, electronic cleanrooms require a certain level of air cleanliness, usually using a combination of primary filters, medium filters, and high-efficiency filters to ensure the cleanliness of the production environment.

The core of laboratory purification engineering is to control pollution sources and ensure air quality. When designing, it is necessary to consider efficiency, safety, and sustainability. Designers need to choose suitable filters based on the specific needs of the laboratory and configure filters at all levels reasonably to improve purification efficiency.

Air filters are mainly used in laboratories to capture dust, purify the air, and ensure that the air quality in the laboratory meets the required cleanliness standards. Different types of laboratories have different requirements for air cleanliness. For example, biological laboratories need to prevent the spread of microorganisms, while chemical laboratories need to remove harmful gases.

Purification equipment is widely used in the food processing industry, mainly for air filtration in purification workshops and equipment.

Food processing plants need to create a dust-free and sterile production environment, which is usually achieved through the use of primary filters, medium filters, and high-efficiency filters. These filters can filter out dust and microorganisms in the air, ensuring the air quality in the production workshop.

The application of air filters in the food processing industry is not only to meet hygiene standards, but also to ensure the quality and safety of food. By filtering out dust and microorganisms in the air, the shelf life of food can be effectively extended, taste can be improved, and quality problems caused by pollution can be reduced.