Ultrafiltration (UF System)

Description: Ultrafiltration is a pressure-driven membrane separation technology that uses the microporous structure of the membrane surface to selectively separate liquids. Its core principle is that under external pressure, small molecular substances and solvents can pass through the membrane pores, while macromolecules and particles are intercepted, thereby achieving the goals of purification, separation, and concentration.
Key Advantages: Compact Design, Fully automated, low energy consumption, easy management.
Applications:  Reclaimed water reuse across all industries.
Efficiency:  2-100 m³/h,Influent SS ≤ 200 mg/L,Effluent SS ≤ 10 mg/L.
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  • Functional Logic
  • Applications & Tailored Solutions
  • Customized Service
  • Core Advantages
ProjectContents
Model / SpecificationsMHCL-X X = Processing volume m³/h
Treatment Capacity2-100m³/h
Influent Water QualityInfluent SS ≤ 200 mg/L)
Effluent Water QualityEffluent SS ≤ 10 mg/L
Material OptionsOrganic Fiber Membrane
Overall DimensionsL: 1000-8000 mm
W: 1000-2000 mm
H: 2000 mm
Core Treatment TechnologyFiltration Method
Core Components & ConfigurationsWater pump, UF membrane, Flow meter, Solenoid valve, Control cabinet, Backwash system
Operating Power1.5KW-20KW
Installation MethodAbove-ground
Operation ModeFully Auto PLC & Manual
Backwash Cycle30s backwash

 

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Project Contents
Functional Logic Process Flow: Raw water → Pump → Pre-treatment → UF Membrane Module → Product Water Core Mechanism: Ultrafiltration uses ultra-fine hollow fiber membranes to "sieve" water through a physical barrier under pressure. Permeate (Product Water): Water molecules and minerals pass through the membrane pores. Reject (Concentrated Water): Suspended solids, colloids, sediment, rust, bacteria, and macromolecules are intercepted outside the membrane.
Key Advantages Superior filtration precision over conventional sand/carbon filters, delivering consistent and stable effluent quality.

 

Project Contents
Municipal / Water Treatment Plants Pre-treatment and advanced treatment for water plants
Centralized water purification for residential communities and townships
Purification of reservoir water, river water, and groundwater
Wastewater Treatment & Reclaimed Water Reuse Advanced treatment of domestic sewage and hospital wastewater
Post-filtration for integrated wastewater treatment equipment
Reclaimed water reuse for industrial parks and factory areas
Car washing, landscaping, road sprinkling, and circulating water replenishment
Reverse Osmosis (RO) Pre-protection Used as pre-treatment for RO reverse osmosis equipment
Protects RO membranes from clogging by suspended solids and colloids
Front-end of pure water systems for printing and dyeing, electroplating, electronics, and chemical industries
Food, Beverage, and Alcohol Industries Clarification and filtration of fruit juices and beverages
Turbidity removal and purification for alcohol products
Purification of mineral water and mountain spring water
Pharmaceutical and Hospital Use Hospital water purification systems and laboratory water
Front-end pre-treatment for pharmaceutical purified water
Water purification for operating rooms and supply rooms
Industrial Circulating Water / Cooling Water Central air conditioning circulating water filtration
Side-stream filtration for industrial circulating cooling water
Removal of suspended solids, algae, and colloids
Mining and Printing & Dyeing Purification and reuse of mining wastewater
Decolorization and reuse of printing and dyeing wastewater

 

Project Contents
Treatment Capacity Customizable equipment sizes tailored to specific processing volume
Remote Monitoring Optional remote monitoring system integration
Disinfection Module Customizable disinfection modules based on effluent discharge destinations

 

Project Contents
Performance · Guaranteed Compliance: Delivers consistently stable effluent that meets all discharge standards
· High Throughput: Optimized system design ensures superior treatment efficiency and rapid processing
· Operational Resilience: Strong resistance to shock loads (both volume and concentration), ensuring stable operation even under fluctuating influent conditions
Operation Fully automated PLC control with unmanned operation
Customizable HMI touchscreen for intuitive and user-friendly operation
Maintenance · Modular core components for easy disassembly, coupled with simplified backwash procedures
· Extended service cycles significantly reduce manual maintenance and operational costs
Adaptability · Versatile Adaptability: Handles diverse influent water qualities
· Support modular expansion for future capacity upgrades

 

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