Atomizer disc is a kind of equipment used in chemical industry, environmental protection, food, medicine and other fields. It can atomize liquid materials into tiny droplets to achieve drying, cooling, dust removal and other purposes. During use, the atomizer disk may have some problems, such as the deformation of the shaft support frame, the high-speed rotation axis of the atomizer and gravity are not in the same direction, the surface and internal bonding of the atomizer disk are serious, etc. These problems will affect the mist chemical effect and equipment service life [2]. When using the atomizer disk, you need to pay attention to some operating methods. For example, the method of using the negative ion atomization disk in the curing room is: 1. Take out one end of the pipe and connect it to the water source, and the other end to the water inlet; 2. Connect the two power cords of the negative ion atomization disk to the humidification terminal of the temperature and humidity controller. Yes [3]. If you need to purchase atomizer disks, you can choose Wuxi Wode Rotary Atomization Technology Co., Ltd. to provide a variety of models of atomizer disks, which support customization and wholesale, with prices starting from 10,000.00 yuan [1].

The gas and liquid in the desulfurization tray are mixed and atomized inside the air cap chamber. The principle of atomization is air rupture collision, which has characteristics such as small atomization particle diameter, large coverage area, and strong penetration. By using the friction between compressed air and liquid, a very uniform and dense atomization effect is produced. Under normal circumstances, the atomization particle size is below 80 microns. So, let's learn about the principle of using atomization discs together!

The atomization disc has the following advantages 1. Made of special materials. Lightweight. Suitable for high-speed dynamic balancing operation; 2. High hardness and wear resistance; 3. Acid resistant, alkali resistant, and antioxidant. Long service life in high-temperature environments. 4. High thermal stability; 5. The overall structure is compact, and the atomization disc runs smoothly at high speed. Low vibration and noise. 6. Reasonable structure, easy installation and disassembly. 7. Adopting special dynamic balancing technology. Not damaging the overall aesthetics. Cleaning and maintenance methods for desulfurization cabinets

Centrifugal atomizer is a widely used process equipment in the liquid forming and drying industry. It is more suitable for producing powder and granular solid products from solutions, lotion, suspensions and plastic paste liquids. Therefore, when the particle size distribution, residual moisture content, bulk density, and particle shape of the finished product need to meet accurate standards. Spray drying is an ideal technology.

What is a centrifugal atomizer? What are its characteristics? The characteristics are simple structure, low energy consumption, and low noise, but high machining accuracy is required. Small capacity nozzles are prone to coking and blockage

Centrifugal atomizer; characteristic The characteristics of a centrifugal atomizer and dryer are basically determined by the characteristics of the atomizer. (1) Centrifugal spray drying does not require strict filtering equipment. If there is no fibrous liquid in the feed liquid, the liquid channel is basically not blocked;

Industrial wastewater refers to the wastewater, sewage, and waste liquid generated during the industrial production process, which contains industrial production raw materials, intermediate products, and products lost with water, as well as pollutants generated during the production process With the rapid development of industry, the types and quantities of wastewater are rapidly increasing, and the pollution of water bodies is becoming increasingly widespread and serious, posing great harm to human health and safety. If the toxicity is high, it can lead to the death or even extinction of aquatic animals and plants. Polluting groundwater, thereby contaminating crops; Infiltration into the soil, causing soil pollution. Affects the growth of microorganisms in plants and soil; Some industrial wastewater also has an unpleasant odor and pollutes the air.

the country's emphasis on environmental protection is increasing, and environmental protection standards are also becoming stricter. The power industry also has a clear regulation on the emission of flue gas pollutants, and the concentration limit of SO2 emission standards is also decreasing. Currently, most domestic desulfurization projects adopt limestone gypsum wet desulfurization technology, resulting in zero discharge of desulfurization wastewater. Although traditional desulfurization wastewater treatment processes have certain treatment capabilities for certain pollutants in wastewater, they cannot remove chlorine from the wastewater. Ions and salts. With the increasingly strict technical standards for desulfurization wastewater discharge, the issue of zero discharge of desulfurization wastewater has become an inevitable trend of development and change.

How to achieve zero discharge of desulfurization wastewater? Let's take a look together. Usually, the discharge of desulfurization wastewater from power plants is still difficult to meet the standards after traditional treatment, and there is secondary pollution in the discharge of harmful substances in water, which cannot be implemented in areas with strict water environment protection. In addition, there are technical obstacles in the reuse of zero discharge of desulfurization wastewater from power plants, some of which are used for ash yard, coal yard spray, etc., and cannot be completely recovered. Traditional pre-treatment also contains high salt, high chloride ions, and trace heavy metals, which have significant limitations in repeated use. The characteristics of high salt and high chloride ions require reusable equipment to have high materials, which may have other uncertain adverse effects on system concentration. However, at the same time, the improvement of corporate environmental protection social responsibility and the promotion of policy regulations provide opportunities for zero discharge technology of desulfurization wastewater. According to the differences in emission standards, takeover, and zero discharge, the wastewater treatment process can be divided into the general treatment process of desulfurization wastewater and the zero discharge treatment process of desulfurization wastewater.

The Niro atomizer atomizes the test solution. The atomizer is an important component of the atomization system, and its performance has a significant correlation with the precision and chemical interference of our measurements. Therefore, we require that the spray system through the atomizer is stable, the droplets are small, uniform and the atomization efficiency is high.

The high-speed centrifugal atomizer operates smoothly at high speeds, so the flange surface of the tower and the upper end of the atomizer should be substantially level during installation, and a rubber flange gasket must be added between the two planes to prevent vibration. The maintenance of the high speed centrifugal atomizer requires attention to.

The atomization principle of desulfurization atomization disc is air rupture and impact, which produces atomized particles with small diameter, wide coverage and strong penetrating power. The gas and liquid are mixed and atomized in the air cap cavity. By compressing the degree of friction between air and liquid, a very uniform and fine atomization effect is produced, and the atomized particle size is 80 microns or less under normal conditions.

Centrifugal atomizers are a widely used process in the drying industry and in liquid forming for producing powdered and granular solid products from emulsions, solutions, suspensions and plastic paste-like liquid materials. Spray drying is an ideal process when the particle size distribution, bulk density, residual moisture content and particle shape of the finished product must meet precise criteria.

The high-speed centrifugal atomizer operates smoothly at high speeds, so the flange surface of the tower and the upper end of the atomizer should be substantially level during installation, and a rubber flange gasket must be added between the two planes to prevent vibration. The maintenance of the high speed centrifugal atomizer requires attention to.

High-speed centrifugal atomizer runs smoothly at high speed, therefore, the flange surface of the atomizer at the upper end of the tower should be basically level during installation, and rubber flange pads must be added between the two planes to prevent vibration. Centrifugal atomizer maintenance maintenance needs to pay attention to.

Centrifugal atomizers are a very widely used process in the liquid forming and drying industry for producing powdered and granular solid products from solutions, emulsions, suspensions and plastic paste-like liquid materials. Therefore, the particle size distribution, residual moisture, bulk density and particle shape of the finished product must meet precise criteria. Spray drying is a highly desirable process. Working principle of centrifugal atomizer: The centrifugal atomizer is the component of the spray drying unit that enables the atomizing medium to obtain high energy and high velocity, and is also the key component that plays an important role in atomization efficiency and stability of the atomization process. It uses an electric motor to drive a large gear through a coupling that engages with a pinion on a rotating shaft. The gear shaft after the first stage speed-up drives the second stage large gear to achieve high speed rotation. When the raw material liquid enters the feed tube of the centrifugal atomizer, it flows evenly through the raw material liquid distribution plate into the high-speed rotating spray plate, and the raw material liquid is sprayed into very small atomized droplets, which greatly increases the surface area of the material. Material liquid. The hot air in the drying chamber evaporates rapidly and can be dried into finished products in a very short time.

Desulfurization atomization disc of gas and liquid in the gas cap cavity mixed and atomized, atomization principle is air rupture and impact. It has the characteristics of small atomized particle size, wide coverage and strong penetration. It uses the friction force between compressed air and liquid. Produce a very uniform and fine atomization effect, the normal atomization particle size of 80 microns or less, the main features of the atomization disk fume treatment.