Application industry: It is used for liquid purification such as water and paint, solid-liquid separation in machinery, metallurgy, chemical industry, prevention and control, printing, electric lock, medicine, food and other industries, food and beverage, fruit wine, biochemical water treatment, high-end aquaculture, etc.
Compared with ordinary vacuum cleaners, the industrial central dust collector has a powerful dust collection function and can be cleaned quickly, avoiding secondary pollution caused by dust and noise pollution: 1. The dusty gas enters the ash hopper of each sub room from the air inlet equalizing pipe of the dust remover. The central dust removal of the workshop is customized and guided by the ash hopper guide device. 2. The large particles of dust are separated and directly fall into the ash hopper, while the fine dust enters the middle box evenly and is adsorbed on the outer surface of the filter bag. Clean gas enters the upper box through the filter bag and is discharged into the atmosphere through offline valves and exhaust pipes. 3. Timing or manual cleaning can be adopted: each chamber of the pulse bag filter will be cleaned in turn, and the chamber that has completed the cleaning will be restored to the dedusting state immediately. 4. Open the electric control pulse valve according to the set procedure, stop air blowing, use the compressed air instantaneous blowing to increase the pressure in the filter bag, shake the dust on the filter bag into the ash bucket, and discharge it by the ash discharge mechanism. 5. With the increasing dust on the outer surface of the filter bag, the differential pressure monitoring system will send a signal when the equipment resistance reaches the set value. 6. The dust removal mechanism starts to work, and compressed air is sprayed from the pulse valve, and then shot into the filter bag through the blowing pipe and nozzle. The filter bag expands and vibrates instantaneously, so that the dust on the surface is removed and dropped into the ash hopper, which is discharged by the ash discharge valve. 7. With the progress of filtering conditions, the dust on the filter bag will accumulate more and more. When the equipment resistance reaches the limited resistance value, the ash removal control device will automatically close the offline valve of one chamber according to the differential pressure setting value or the ash removal time setting value.
Application industry: welding dust, cutting dust, laser welding dust, plasma cutting dust, polishing dust, drilling dust, mixing and blanking, etc.
The gas of organic matter discharged from the workshop is subject to particle filtration and desorption after adsorption, and the high concentration organic waste gas from desorption is discharged after catalytic combustion. (The desorbed high concentration organic waste gas enters the catalytic chamber for catalytic combustion after heat exchange, and the discharged hot air desorbs and regenerates the adsorption bed and circulates in turn).
1. Food and beverage - ultraviolet disinfection system helps to meet the water quality standards stipulated by the Food and Drug Administration 2. Biopharmaceuticals - water used for drugs and medical products and on-site cleaning must be free of chlorine, ozone, pathogens and other chemicals. Most pharmaceutical companies rely on UV systems for water disinfection. 3. Cosmetics - water free of microorganisms and toxins can ensure the quality and extend the shelf life of cosmetics. UV sterilization is the choice of the cosmetics industry. 4. Centralized drinking water - UV drinking water disinfection system is a simple and economical solution, which can ensure that every faucet in your home or office is pure 5. Wastewater disinfection and reuse - to solve the problem of water shortage and rising cost of fresh water, Customized Microwave drying equipment UV disinfection can help by treating wastewater in the third stage. The UV system specially designed for waste water can therefore disinfect waste water so that water can be reused for secondary purposes, such as washing and gardening. 6. Swimming Pools – Chlorine has traditionally been used to ensure clean water in swimming pools. However, more and more people know that through chemical disinfection, chemicals react with many other organic substances to form hundreds of new harmful chemicals. Ultraviolet is a technology without chemical substances, which is considered to be safer Microwave drying equipment programme More cost-effective disinfection methods for swimming pools.
