System Architecture
Basic Filtration Modules: Includes various functional modules such as multi - media filtration, activated carbon adsorption, ultrafiltration, and reverse osmosis. With standardized interface designs, these modules can be freely combined.
Intelligent Control Module: Equipped with a PLC control system, it monitors the operating status of each module in real - time and automatically adjusts parameters like flow rate, pressure, and filtration time.
Auxiliary Modules: Comprises backwash modules, disinfection modules, and water quality monitoring modules to ensure stable system operation and compliant effluent water quality.
Working Principle：Based on different water treatment requirements, basic filtration modules are combined. The water to be treated passes through each module in sequence. Using technologies such as physical interception, adsorption, and membrane separation, pollutants like impurities, organic matters, and heavy metal ions are gradually removed. The intelligent control module monitors and optimizes the operation in
real - time, and the auxiliary modules work in tandem to ensure efficient purification.
Core Advantages：Compared with traditional filtration equipment, the modular filtration system can be flexibly configured according to actual needs, meeting diverse water treatment requirements. It is convenient for installation and maintenance, as a malfunction of a single module does not affect the overall operation. It also has strong scalability, allowing modules to be added or replaced at any time to adapt to changes in production scale.
Solution Design: Based on raw water quality, treated water volume, and effluent standards, select appropriate filtration modules for combination and design the system configuration plan.
System Installation: Quickly connect each filtration module through standardized interfaces, integrate the intelligent control module and auxiliary modules, and complete system installation and debugging.
Filtration Operation
The water to be treated enters the system and first passes through the pretreatment module (such as multi - media filtration) to remove large - particle impurities and suspended solids.
Then it goes through deep purification modules (such as ultrafiltration and reverse osmosis) in sequence to remove bacteria, viruses, heavy metal ions, and small - molecular organic matters.
Finally, it passes through the disinfection module (such as ultraviolet disinfection and ozone disinfection) to kill pathogenic microorganisms in the water, producing up - to - standard purified water.
Intelligent Monitoring: The intelligent control module monitors parameters such as the pressure, flow rate, and water quality indicators at the inlets and outlets of each module in real - time. When a parameter is abnormal, it automatically adjusts the operating status or sends out an alarm.
Maintenance and Upgrades: Regularly backwash the filtration modules or replace the filter elements according to the system operation conditions. If there are changes in water quality requirements or treatment scale, modules can be added, replaced, or upgraded at any time.
| Features | Details |
|---|
| Flexible Customization | Over 10 basic modules can be freely combined to adapt to different water treatment needs and provide personalized solutions. |
| Efficient Integration | The modular design enables rapid installation, reducing installation time by 70% compared to traditional systems. |
| Intelligent Operation and Maintenance | Automatic monitoring, fault warning, and remote control reduce labor costs for maintenance and increase operation and maintenance efficiency by 50%. |
| Stable and Reliable | Each module operates independently. In case of a malfunction, it can be quickly replaced to ensure uninterrupted water supply. |
| Energy - Saving and Environment - Friendly | Optimized fluid paths and module configurations reduce operating energy consumption by 30% and increase the wastewater recovery rate to 80%. |
| Strong Scalability | Supports post - installation module addition and upgrades, easily coping with expanded production scale or enhanced water quality standards. |
| Parameter Category | Specific Parameters |
|---|
| Processing Flow Rate | 5 - 500m³/h (customizable) |
| Filtration Precision | 0.1μm - 1mm (depending on module combination) |
| Operating Pressure | 0.2 - 1.6MPa |
| Applicable Water Temperature | 5 - 45℃ |
| Power Supply Specification | 380V/50Hz |
| Control Mode | PLC automatic control, remote monitoring |
| Module Material | Stainless steel, engineering plastics, fiberglass reinforced plastic |
| Backwash Water Consumption | 1 - 5% of the treated water volume |
Industrial Production Water
Electronics Industry: Prepares high - purity water for cleaning and etching, meeting the precise production requirements of chip manufacturing.
Chemical Industry: Filters chemical raw materials and process water to ensure stable production processes and product quality.
Domestic Drinking Water Treatment
Sewage Treatment and Reuse
Industrial wastewater treatment to remove pollutants such as heavy metals and organic matters, achieving compliant discharge or reuse.
Advanced treatment of domestic sewage for non - potable applications like greening irrigation and road flushing.
Food and Beverage Industry: Filters production water and raw material liquids to ensure products meet food safety standards.
Medical and Pharmaceutical Industry: Prepares purified water and water for injection that meet pharmacopoeia standards to ensure drug production safety.
How to choose the appropriate module combination according to actual needs?：First, test the raw water quality to identify the main pollutant components and their contents. Then, combine the treated water volume and effluent water quality standards, and refer to the performance parameters of the available modules. For example, if it is necessary to remove bacteria and viruses from the water, an ultrafiltration module can be selected; for deep desalination, a reverse osmosis module can be added; if water taste is a concern, an activated carbon adsorption module can be included.
Is the maintenance cost of the modular filtration system high?：The system adopts a modular design, and the maintenance of a single module is straightforward. Replacing filter elements or membrane components does not require specialized skills, reducing labor costs. The intelligent control module can provide advance fault warnings, minimizing unexpected repair expenses. Each module has a long service life with a reasonable replacement cycle. Overall, compared with traditional filtration systems, long - term maintenance costs can be reduced by 30% - 40%.
The modular filtration system, with its flexible customization and high - efficiency intelligence, offers highly adaptable water treatment solutions for multiple industries. Whether in complex industrial production scenarios or domestic drinking water treatment related to people's livelihoods, precise purification can be achieved through module combinations. Choosing our modular filtration system means choosing a flexible, efficient, and economical one - stop filtration solution, providing solid support for high - quality water use and production operations.
If you are interested in this product or have any questions, please feel free to contact us at any time.
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