10TPH Ultrafiltration System – Advanced Industrial Water Treatment Solution

As a leading water treatment company, we offer the 10TPH Ultrafiltration (UF) System, designed with advanced membrane technology to meet industrial, commercial, and municipal water treatment needs. This system efficiently removes suspended solids, bacteria, viruses, and colloidal particles, ensuring stable and high-quality output water. It is ideal for boiler feed water, pure water pretreatment, wastewater reuse, and more.

Key Advantages

• High-Efficiency Filtration – Removes fine particles and improves water purity
• Energy-Saving & Eco-Friendly – Low energy consumption for cost-effective operation
• Smart Control System – PLC automation for real-time monitoring and precise control
• Modular Design – Scalable and adaptable for different water treatment applications

Applications

• Industrial Water Treatment – Ensures high-quality process water and extends equipment lifespan
• Municipal Water Treatment – Enhances drinking water safety and supply efficiency
• Wastewater Reuse – Promotes sustainability through water recycling
• Food & Beverage / Electronics Manufacturing – Provides ultra-pure water for high-standard production

Our 10TPH Ultrafiltration System delivers a high-efficiency, stable, and intelligent water treatment solution. Visit our website for more details or contact us for customized solutions and technical support.

The details of 10TPH Ultrafiltration system

Specification of Ultrafiltration system

Work Flow Chart

Application advantages of ultrafiltration systems

• Improve Irrigation Efficiency：By removing impurities from the water, ultrafiltration systems reduce nozzle clogging and enhance the overall efficiency of the irrigation system.
• Protect the Environment：By removing pollutants from the water, ultrafiltration systems help minimize environmental impact and protect the ecosystems surrounding the golf course.
• Reduce Maintenance Costs：Reducing nozzle clogging and equipment damage lowers the maintenance costs of the irrigation system.

1000LPH Ultra Filtration Water Treatment System (with Pre-treatment & PLC Touch Control)

High Efficiency | Intelligent Control | Stable Operation | Energy Saving & Environmentally Friendly

This system uses advanced ultrafiltration (UF) technology, combined with a pre-treatment unit and an intelligent PLC touch control system, to ensure pure, safe water quality and efficient automated management, applicable to a wide range of industries and scenarios.

Advanced Ultrafiltration Technology

The system adopts high-quality ultrafiltration membrane, which can remove suspended solids, colloids, bacteria, viruses, macromolecules, organic matter and other impurities in the water, while retaining minerals beneficial to the human body, to ensure that the water is clear and safe.

Intelligent PLC touch control

• Fully automatic operation: PLC touch screen to realize automatic monitoring, parameter adjustment, fault alarm and other functions, without frequent manual intervention.
• Real-time data monitoring: flow, water quality, pressure and other data at a glance, easy to operate and maintain.
• Intelligent cleaning and maintenance reminders: support for automatic backwashing, chemical cleaning function, to extend the service life of the equipment, to maintain the best operating conditions.

High-efficiency pretreatment system

• Quartz sand filtration: effectively removes large particles of impurities and suspended solids in the water and reduces turbidity.
• Activated carbon filtration: adsorb odor, residual chlorine, organic pollutants in the water, improve the taste of water.

Economical Energy Saving & Environmentally Friendly Design

• Low-energy operation: optimize energy design to reduce power consumption and operating costs.
• High-efficiency water recycling rate: reduces wastewater discharge, meets environmental standards and saves water.
• Convenient maintenance: modular design, compact system, small footprint, simple installation and maintenance.

The details of 1000LPH Ultrafiltration system

Specification of Ultrafiltration system

Work Flow Chart

Ultrafiltration System in Golf Irrigation

Ultrafiltration systems remove suspended solids, colloids, bacteria, and viruses from water, providing pretreatment for irrigation systems. This helps reduce nozzle clogging, extend equipment life, and ensure the quality of irrigation water.

By adopting ultrafiltration systems, golf courses can significantly enhance the quality of irrigation water and the reliability of irrigation systems while reducing environmental impact.

The details of 50TPH Ultrafiltration system

Specification of Ultrafiltration system

Work Flow Chart

Application advantages of ultrafiltration systems

• Improve Irrigation Efficiency：By removing impurities from the water, ultrafiltration systems reduce nozzle clogging and enhance the overall efficiency of the irrigation system.
• Protect the Environment：By removing pollutants from the water, ultrafiltration systems help minimize environmental impact and protect the ecosystems surrounding the golf course.
• Reduce Maintenance Costs：Reducing nozzle clogging and equipment damage lowers the maintenance costs of the irrigation system.

Selection and Maintenance of Ultrafiltration System

• When selecting an ultrafiltration system, consider the quality of the water source, irrigation needs, and budget. For example, ultrafiltration systems can effectively remove impurities from water sources with high solid content, reducing damage to the irrigation system.
• Regular maintenance of ultrafiltration systems is key to ensuring their long-term stable operation, including regular cleaning and filter replacement.

Advantages of PVDF UF membrane

This equipment is a seawater purification equipment, fully automatic design, using PVDF ultrafiltration membrane.

PVDF (polyvinylidene fluoride) ultrafiltration membranes have become a top choice for many applications due to their unique properties and advantages. Not only does this material have excellent chemical stability and mechanical strength, but it also exhibits excellent filtration results. five advantages of PVDF ultrafiltration membranes that make them the top choice in filtration technology.

1.Chemical Stability

The primary advantage of PVDF ultrafiltration membranes is their excellent chemical stability. The membrane is resistant to most acids, alkalis and organic solvents, allowing it to remain stable and functional in extreme chemical processing environments.

2.Mechanical Strength

Another outstanding advantage of PVDF UF membranes is their high mechanical strength. This means that the membrane is able to resist physical damage, including tearing, abrasion and pressure changes over a long period of time, thus ensuring its long-term reliability.

3.Filtration Efficiency

PVDF ultrafiltration membranes provide highly efficient filtration performance. It effectively removes suspended particles, bacteria and viruses from water while maintaining a high water flux, which is essential for improving filtration efficiency and saving energy consumption.

4.Contamination Resistance

The contamination resistance of PVDF membranes is another major advantage. The surface nature of the material makes it less susceptible to contaminant adsorption, which reduces the frequency and difficulty of cleaning and improves the service life of the membrane.

5.Economy and Application

The economy of PVDF UF membranes is one of the reasons for their popularity, considering their durability and low maintenance requirements. In addition, the wide range of applications for this membrane, from water treatment to the food industry, is further proof of its suitability and effectiveness in different situations.

The details of 40TPH Ultrafiltration system

Specification of Ultrafiltration system

Work Flow Chart

Common Causes of Ultrafiltration Damage

1. Aging of the filter cartridge: the high efficiency ultrafiltration membrane will be aging after a long time of use, thus reducing the filtration efficiency.
2. Cartridge clogging: poor water quality or more suspended solids in the water will lead to clogging of the cartridge, making the ultrafiltration membrane can not work properly.
3. Broken filter cartridge: installing or dismantling the filter cartridge with force will lead to broken filter cartridge, which will affect the filtration effect of ultrafiltration.
4. Inconsistent water quality of the filter cartridge: Some ultrafiltration cartridges are designed for specific water quality, using non-standard water quality may lead to damage to the ultrafiltration.

What can JUFU water do for you?

JUFU water has many years of international project experience in Seawater Desalination.

We have a first-class technical team to customize services for your project. Whether you are a small residential or a large industrial project such as a municipality or community, you can find the most economical and effective solution at JUFU Water.

We are committed to providing a one-stop solution from “Sea Water” to “Fresh Water” for the world.

Application areas of hollow fibre membrane separation equipment

Purification and decontamination of all kinds of pure water and drinking water.

Turbidity removal and purification of production and domestic water

Medical sterile water and water for injection in addition to pyrogens

Concentration and refining of fruit juice and beverage

Clarification and filtration of wine and low liquor

Separation and refining of biochemical fermentation liquid

Separation and refining of blood products

Separation and refining of traditional Chinese medicine extracts

Pre-treatment filtration of reverse osmosis feed water

Work Flow Chart

Specification of ultrafiltration 

The details of 6000LPH Ultrafiltration system

Difference between ultrafiltration and reverse osmosis

Reverse osmosis equipment and ultrafiltration equipment are two different types of water purification equipment, which have significant differences in filtration precision, working principle, applicable water quality and water purification effect.

1. Filtration precision: the filtration precision of reverse osmosis membrane is generally below 0.001um, while the filtration precision of ultrafiltration membrane is generally between 0.005-1um. Therefore, the reverse osmosis equipment can filter out the finer impurities and ions, and produce purer water.
2. Working principle: reverse osmosis equipment using reverse osmosis technology, through the semi-permeable membrane filtration, the water ions, microorganisms, organic matter and other dissolved substances filtered out, so as to achieve the purpose of water purification. And ultrafiltration equipment through physical filtration, the water impurities, particles, suspended solids and other substances filtered out.
3. Applicable water quality: ultrafiltration system is suitable for water quality is relatively clean areas, such as tap water. In the poor water quality, containing more impurities, microorganisms and other areas, you need to use reverse osmosis system.
4. Water purification effect: the reverse osmosis system of water purification effect is relatively good, can achieve a high rate of water purification, purified water is more pure than ultrafiltration. However, the reverse osmosis cartridge is more complex, requiring higher maintenance costs, while ultrafiltration is relatively simple and easy to maintain.

Ultrafiltration membrane cleaning method

Physical cleaning method and chemical cleaning method, physical cleaning method according to the direction of the rinse can also be divided into different reverse rinse, backwash, positive wash rinse three. Which cleaning method, this is mainly for different levels of pollution selection, pollution is more serious using chemical cleaning method, general pollution can be used in the case of physical cleaning method.

Ultrafiltration membrane cleaning method:

Ultrafiltration membrane will be used with the prolongation of time, ultrafiltration membrane pollution will continue to increase, when the pollution reaches a level when the ultrafiltration membrane needs to be cleaned, cleaned to allow the ultrafiltration membrane to maximise the recovery of the original water yield, then the ultrafiltration membrane cleaning methods there are several? Ultrafiltration membrane cleaning methods can be divided into two categories are: physical cleaning methods and chemical cleaning methods. Physical cleaning methods can also be divided into reverse flushing, backwashing, washing and rinsing three. These cleaning have different work and characteristics, the following is a detailed introduction.

1. Physical cleaning method:The physical method is actually to use water with a certain pressure to rinse the ultrafiltration membrane, which is also the most commonly used method. Because of the direction of this water flushing, not the same, and can be divided into reverse flushing, backwashing and positive washing flushing.
2. Reverse flushing: use raw water to flush the impurities in the membrane and the water inlet end face.
3. Backwashing: Use ultrafiltration water to flush the pollutants from the surface of the membrane block to loosen and flake off, and discharge them from the inlet and concentration port respectively (acid, alkali or sodium hypochlorite can be added to strengthen the cleaning effect of the drugs).
4. Rinse: use raw water to flush the impurities in the membrane and the end surface, and clean the ultrafiltration membrane according to the operation status.

The feed water should have a continuous residual chlorine content of less than 1.0 mg/L.

The feed water should not contain anti-foaming agents.

The feed water should not contain algae.

The feed water should not contain settable solid impurities, polymers or abrasive particles.

The influent water should not contain silicone lubricants or other chemicals containing a silicone base.

The feed water should not contain ozone.

The feed water should not contain organic solvents or any other agents that cause damage to the membrane material or structure.

Ultrafiltration flow chart

Specification of ultrafiltration 

Ultra-Filtration system Advantages

• High precision and good water quality

Gradient membrane pore structure, lower water resistance, outer dense cortex.

Extreme 0.03um membrane pore, good quality of produced water.

• External pressure structure, easier and more thorough cleaning

External pressure structure, easier and more thorough cleaning Membrane module adopts external pressure structure which is not easy to be clogged, with better water flow distribution, larger filtration area, higher dirt-holding capacity, which makes module cleaning easier and more thorough.

• Constant flow mode, simple operation

Membrane modules are often operated in a constant flow mode, and the differential pressure of the permeable membrane will gradually increase with the operation time.

At this time, the flux can be restored by means of regular backwashing, gas washing and chemical cleaning.

• Permanent hydrophilicity and high resistance to contamination

Hydrophilic polymer modification, high flux of produced water

Anti-bacterial nanomaterials for better anti-pollution properties.

The details of 4000LPH Ultrafiltration system

Common Causes of Ultrafiltration Damage

1. Aging of the filter cartridge: the high efficiency ultrafiltration membrane will be aging after a long time of use, thus reducing the filtration efficiency.
2. Cartridge clogging: poor water quality or more suspended solids in the water will lead to clogging of the cartridge, making the ultrafiltration membrane can not work properly.
3. Broken filter cartridge: installing or dismantling the filter cartridge with force will lead to broken filter cartridge, which will affect the filtration effect of ultrafiltration.
4. Inconsistent water quality of the filter cartridge: Some ultrafiltration cartridges are designed for specific water quality, using non-standard water quality may lead to damage to the ultrafiltration.

1. Filtration precision: according to the water source and water quality to be purified, choose the appropriate filtration precision. If the water quality is good, only need to filter larger particles and suspended solids, then you can choose ultrafiltration equipment.
2. Applicable water sources: different water purification equipment for different water sources. If you use tap water and other clean water sources, ultrafiltration equipment can meet the demand.
3. water quality: poor quality of raw water in the case of ultrafiltration equipment is generally only applicable to washing, bathing and other non-drinking purposes.
4. Maintenance cost: the filter element of ultrafiltration equipment is simple and the maintenance cost is low.

Work Flow Chart

Specification of ultrafiltration 

The details of 1000LPH Ultrafiltration system

PVC ultrafiltration membrane advantages

The advantages of PVC ultrafiltration membrane include better pressure resistance and flexibility, not easy to be broken by external forces, so the ultrafiltration membrane filament is not easy to break, relatively good quality; good corrosion resistance, relatively long service life; does not cause secondary pollution; not easy to absorb water, easier to clean.

PVC ultrafiltration membrane, due to its excellent compressive properties and flexibility, can maintain good performance in the environment of large changes in external pressure, not easy to rupture or fracture, thus ensuring the stability of the ultrafiltration process and long-term use. In addition, PVC material has good corrosion resistance and can maintain stability in a variety of chemical environments, extending the service life of the ultrafiltration membrane. Due to its food-grade material properties, PVC ultrafiltration membranes are suitable for use in areas such as food and pharmaceuticals that require a high degree of purity without introducing additional contamination. In terms of cleaning, due to its non-absorbent property, it can be cleaned more easily to maintain the performance and purity of the ultrafiltration membrane.

Maintenance method of ultrafiltration system

1. Regular cleaning: It is recommended that the ultrafilter be cleaned regularly, and the cleaning cycle is generally 3 months. When cleaning, you can remove the cartridge and rinse the surface of the cartridge with water, do not wipe it with excessive force.
2. Pay attention to the replacement of the cartridge: different types of ultrafilter cartridges have different use cycles, it is recommended to replace the cartridge according to the instructions.
3. Pay attention to the water quality: Before using, you should know the quality of tap water and buy the ultrafiltration cartridge that meets the water quality. In the process of use, it is recommended to avoid the use of water sources containing large amounts of suspended solids and organic matter.
4. Avoid excessive force on the cartridge: When installing or disassembling the ultrafiltration cartridge, avoid excessive force to avoid breakage of the cartridge.
5. Replace the sealing ring regularly: If the sealing ring is aged or broken, it will lead to water leakage and affect the service life of the ultrafiltration cartridge. It is recommended to replace it once a year.

In short, regular maintenance can extend the service life of the ultrafilter and ensure its normal work. If you find that the ultrafilter is working abnormally, clean or replace the cartridge in time.