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2,000 Liters Per Hour Tap Water Filtration System
2000 Liters Per Hour Tap Water Filtration System;
Ultrafiltration equipment is one of the membrane separation technologies driven by pressure. For the purpose of separating large molecules from small molecules, the membrane pore size is between 20-1000 A°C. The hollow fiber ultrafilter (membrane) has the advantages of high filling density and small footprint in the unit dissolver water filer systems.
The principle of ultrafiltration
The principle of ultrafiltration machine purification water is also a membrane separation process principle, ultrafiltration uses a pressure-active membrane to intercept colloids, particles and relatively high molecular weight substances in water under the action of external driving force (pressure), and water and small solute particles pass through the membrane separation process. Substances with molecular weights of 3x10000-1x10000 can be retained through micropores on the membrane surface. When the treated water passes through the membrane surface at a certain flow rate with the help of external pressure, water molecules and solutes with molecular weights less than 300-500 pass through the membrane, and particles and macromolecules larger than the membrane pores are intercepted due to sieving, so that the water can be purified. In other words, when the water passes through the ultrafiltration membrane, most of the colloidal silicon contained in the water can be removed, and a large amount of organic matter can be removed at the same time purification of water machine.
Product Parameters
Ultrafiltration control factors
Ultrafiltration is a complex process, and many factors can affect its performance. In order to achieve good ultrafiltration results, it is necessary to get right
Different control factors are finely adjusted and managed. The factors that lead to poor ultrafiltration include the following ultrafiltration water purifier.
○ Filtrate flow rate
Filtrate flow rate refers to the rate at which the filtrate passes through the ultrafiltration membrane. In general, the lower the filtrate flow rate, the less adhesion and erosion there is to the membrane. However, if the filtrate flows
If the speed is too slow, the filter cake may be bound to the surface of the filter membrane, thus limiting the mass transfer and degrading water purification equipment
Low ultrafiltration efficiency. Therefore, it is necessary to find a suitable filtrate flow rate.
○ Operating pressure
Ultrafiltration operating pressure is a very critical control factor. Typically, ultrafiltration operates at a pressure of 3-6 Bar, with slightly different operating pressures for different membranes. If
If the working pressure is too high, it will reduce the life of the membrane, and at the same time cause permanent deformation and performance degradation of the membrane.
If the operating pressure is too low, filtration can be reduced, resulting in process waste and products that do not meet the required quality standards water purification machine price.
○ Thickness of ultrafiltration membrane
The thickness of the ultrafiltration membrane also has an impact on the ultrafiltration effect. When the ultrafiltration membrane is thinner, the separation of macromolecular substances is better, and the life of the membrane is also extended. But if the film is too thin, it may cause the strength of the film to decrease, which will affect the reliability of the film water treatment equipment
and durability, so it is necessary to select the right materials and processes to manufacture ultrafiltration membranes water treatment machine price.
○ Temperature and pH
Temperature and pH are also important factors that affect ultrafiltration performance. Within a certain range, the higher the temperature, the more active the thermal movement of the molecules, thus promoting the movement of the molecules in the ultra
Movement on the membrane. However, excessive temperatures can damage the membrane material and reduce the life of the ultrafiltration membrane. In addition, pH can affect the ionic strength and strength of the ultrafiltration media molecular size, so the pH needs to be carefully handled in the process to meet ultrafiltration conditions water treatment supplies.
Ultrafiltration is a highly efficient technology for all types of particles, which can effectively separate some mechanical and smaller particles and substances. Despite its very wide range of applications,However, it is very important to avoid ultrafiltration failures and jams, so the principles and factors of ultrafiltration need to be carefully considered to ensure that the desired ultrafiltration effect is obtained.
Features of ultrafiltration equipment
○ The filtration effect is stable
The water quality of the ultrafiltration equipment is not affected by the fluctuation of raw water quality, which can ensure the stability and consistency of the water quality of the produced water commercial water purifier machine.
○ Low energy consumption
Running at room temperature and pressure, the operating cost of the ultrafiltration system to treat surface water is only 0.28 yuan
○ High efficiency
The utilization rate of the original solution is high, the waste is small, and the recovery rate of the tap water treated by the ultrafiltration system is as high as 95%.
○ No phase change
The ultrafiltration separation process belongs to pure physical separation at room temperature, and there is no need to worry about the change of the properties of the substances after ultrafiltration separation. And there will be no secondary residue.
○ Wide range of separation
Ultrafiltration membranes can be made into products with different filtration ratings from 2 nm to 100 nm for different applications.
○ Easy to expand
The filter system is easy to install, and when the throughput needs to be expanded, only the membrane host needs to be increased by the corresponding throughput.
Flow Chart
Raw water tank→ raw water pressurized pump→ quartz sand filter→ activated carbon filter→ softened water equipment→ precision filter → ultrafiltration membrane → sterilization equipment→ pure water tank → water point
Application Industry
Ultrafiltration (UF) water purification systems have a wide range of applications due to their ability to effectively remove suspended solids, bacteria, viruses, and other pathogens from water. Here are some common applications:
Drinking Water Treatment: UF systems are used to produce high-quality potable water by removing contaminants and ensuring safe drinking water
Wastewater Treatment and Recycling: UF is employed in the treatment and recycling of municipal and industrial wastewater, helping to reclaim water for reuse2.Industrial Process Water: Industries use UF systems to purify process water, ensuring that it meets the required quality standards for various applications
Pretreatment for Reverse Osmosis (RO): UF systems are often used as a pretreatment step before reverse osmosis to reduce fouling and extend the life of RO membranes.
Desalination Pretreatment: In desalination plants, UF is used to remove particulates and microorganisms before the desalination process, improving efficiency and reducing maintenance reverse osmosis system.
Food and Beverage Processing: UF systems are utilized in the food and beverage industry to ensure the purity of water used in production processes3.Emergency and Portable
Water Systems: UF systems can be used in portable water purification units for emergency situations or in remote locations where clean water is not readily available
Photos
2000 Liters Per Hour Tap Water Filtration System;
Ultrafiltration equipment is one of the membrane separation technologies driven by pressure. For the purpose of separating large molecules from small molecules, the membrane pore size is between 20-1000 A°C. The hollow fiber ultrafilter (membrane) has the advantages of high filling density and small footprint in the unit dissolver water filer systems.
The principle of ultrafiltration
The principle of ultrafiltration machine purification water is also a membrane separation process principle, ultrafiltration uses a pressure-active membrane to intercept colloids, particles and relatively high molecular weight substances in water under the action of external driving force (pressure), and water and small solute particles pass through the membrane separation process. Substances with molecular weights of 3x10000-1x10000 can be retained through micropores on the membrane surface. When the treated water passes through the membrane surface at a certain flow rate with the help of external pressure, water molecules and solutes with molecular weights less than 300-500 pass through the membrane, and particles and macromolecules larger than the membrane pores are intercepted due to sieving, so that the water can be purified. In other words, when the water passes through the ultrafiltration membrane, most of the colloidal silicon contained in the water can be removed, and a large amount of organic matter can be removed at the same time purification of water machine.
Product Parameters
Ultrafiltration control factors
Ultrafiltration is a complex process, and many factors can affect its performance. In order to achieve good ultrafiltration results, it is necessary to get right
Different control factors are finely adjusted and managed. The factors that lead to poor ultrafiltration include the following ultrafiltration water purifier.
○ Filtrate flow rate
Filtrate flow rate refers to the rate at which the filtrate passes through the ultrafiltration membrane. In general, the lower the filtrate flow rate, the less adhesion and erosion there is to the membrane. However, if the filtrate flows
If the speed is too slow, the filter cake may be bound to the surface of the filter membrane, thus limiting the mass transfer and degrading water purification equipment
Low ultrafiltration efficiency. Therefore, it is necessary to find a suitable filtrate flow rate.
○ Operating pressure
Ultrafiltration operating pressure is a very critical control factor. Typically, ultrafiltration operates at a pressure of 3-6 Bar, with slightly different operating pressures for different membranes. If
If the working pressure is too high, it will reduce the life of the membrane, and at the same time cause permanent deformation and performance degradation of the membrane.
If the operating pressure is too low, filtration can be reduced, resulting in process waste and products that do not meet the required quality standards water purification machine price.
○ Thickness of ultrafiltration membrane
The thickness of the ultrafiltration membrane also has an impact on the ultrafiltration effect. When the ultrafiltration membrane is thinner, the separation of macromolecular substances is better, and the life of the membrane is also extended. But if the film is too thin, it may cause the strength of the film to decrease, which will affect the reliability of the film water treatment equipment
and durability, so it is necessary to select the right materials and processes to manufacture ultrafiltration membranes water treatment machine price.
○ Temperature and pH
Temperature and pH are also important factors that affect ultrafiltration performance. Within a certain range, the higher the temperature, the more active the thermal movement of the molecules, thus promoting the movement of the molecules in the ultra
Movement on the membrane. However, excessive temperatures can damage the membrane material and reduce the life of the ultrafiltration membrane. In addition, pH can affect the ionic strength and strength of the ultrafiltration media molecular size, so the pH needs to be carefully handled in the process to meet ultrafiltration conditions water treatment supplies.
Ultrafiltration is a highly efficient technology for all types of particles, which can effectively separate some mechanical and smaller particles and substances. Despite its very wide range of applications,However, it is very important to avoid ultrafiltration failures and jams, so the principles and factors of ultrafiltration need to be carefully considered to ensure that the desired ultrafiltration effect is obtained.
Features of ultrafiltration equipment
○ The filtration effect is stable
The water quality of the ultrafiltration equipment is not affected by the fluctuation of raw water quality, which can ensure the stability and consistency of the water quality of the produced water commercial water purifier machine.
○ Low energy consumption
Running at room temperature and pressure, the operating cost of the ultrafiltration system to treat surface water is only 0.28 yuan
○ High efficiency
The utilization rate of the original solution is high, the waste is small, and the recovery rate of the tap water treated by the ultrafiltration system is as high as 95%.
○ No phase change
The ultrafiltration separation process belongs to pure physical separation at room temperature, and there is no need to worry about the change of the properties of the substances after ultrafiltration separation. And there will be no secondary residue.
○ Wide range of separation
Ultrafiltration membranes can be made into products with different filtration ratings from 2 nm to 100 nm for different applications.
○ Easy to expand
The filter system is easy to install, and when the throughput needs to be expanded, only the membrane host needs to be increased by the corresponding throughput.
Flow Chart
Raw water tank→ raw water pressurized pump→ quartz sand filter→ activated carbon filter→ softened water equipment→ precision filter → ultrafiltration membrane → sterilization equipment→ pure water tank → water point
Application Industry
Ultrafiltration (UF) water purification systems have a wide range of applications due to their ability to effectively remove suspended solids, bacteria, viruses, and other pathogens from water. Here are some common applications:
Drinking Water Treatment: UF systems are used to produce high-quality potable water by removing contaminants and ensuring safe drinking water
Wastewater Treatment and Recycling: UF is employed in the treatment and recycling of municipal and industrial wastewater, helping to reclaim water for reuse2.Industrial Process Water: Industries use UF systems to purify process water, ensuring that it meets the required quality standards for various applications
Pretreatment for Reverse Osmosis (RO): UF systems are often used as a pretreatment step before reverse osmosis to reduce fouling and extend the life of RO membranes.
Desalination Pretreatment: In desalination plants, UF is used to remove particulates and microorganisms before the desalination process, improving efficiency and reducing maintenance reverse osmosis system.
Food and Beverage Processing: UF systems are utilized in the food and beverage industry to ensure the purity of water used in production processes3.Emergency and Portable
Water Systems: UF systems can be used in portable water purification units for emergency situations or in remote locations where clean water is not readily available
Photos
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