The Ultrafiltration Equipment Model LFUF-3 Applied In Wastewater Treatment and Reuse
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The LFUF-3 Ultrafiltration Equipment delivers high-performance separation for water and wastewater treatment, efficiently removing suspended solids, bacteria, viruses, and macromolecular organic matter. Utilizing a robust hollow fiber membrane module, this system ensures stable permeate quality while minimizing energy consumption. Designed for scalability and ease of integration, the LFUF-3 suits applications ranging from municipal water treatment to industrial process streams.
PARAMETER
Brand Name: Model Number: Nominal filtration rating: Application: Operating pressure: Working temperature: Replacement or not:Replacement
The LFUF-3 Ultrafiltration Equipment delivers high-performance separation for water and wastewater treatment, efficiently removing suspended solids, bacteria, viruses, and macromolecular organic matter. Utilizing a robust hollow fiber membrane module, this system ensures stable permeate quality while minimizing energy consumption. Designed for scalability and ease of integration, the LFUF-3 suits applications ranging from municipal water treatment to industrial process streams.
Key Features
High Flux Membrane
Achieves 60–100 LMH (L/m²/h) flux with low transmembrane pressure.
Anti-Fouling Design
Hydrophilic PVDF membrane resists clogging and chemical degradation.
Automated Operation
Programmable backwash cycles and CIP (Clean-in
-Place) functionality.
Wide Chemical Compatibility
Tolerates pH 2–12 and chlorine concentrations up to 200 ppm.
Compact Footprint
Modular configuration adapts to space-constrained installations.
Suggested Operating Conditions
Parameter
Value
Feed Water Temp.
5–40°C
Transmembrane Pressure
0.1–0.3 MPa
pH Range
2–12
Max. Feed Turbidity
50 NTU
Backwash Interval
30–60 minutes
Applications
Drinking Water Treatment: Removal of pathogens and turbidity.
Industrial Pretreatment: Protection for RO systems or cooling towers.
Wastewater Reuse: Secondary effluent polishing.
Food & Beverage: Clarification of juices and dairy products.
Technical Data
Specification
Value
Filtration Capacity
3 m³/h
Membrane Material
PVDF Hollow Fiber
Pore Size
0.03 μm
Recovery Rate
≥90%
Dimensions (L×W×H)
1200 × 800 × 1500 mm
Power Consumption
1.5 kW
Connection Ports
DN25 inlet/outlet
Drawing
Other model
Model
Flow rate (m³/hr)
Raw water Pump
Sand filter size (mm)
Carbon filter size (mm)
Anti-scale dosing system
Security filter
High pressure pump
Ultrafiltration system (Membrane pn&qty)
LFUF-1
1
CHL2-30G (0.37KW)
250*1350
250*1350
30L
3*20’’
/ (0.37KW)
2*AQU90 membrane
LFUF-2
2
CHL2-40 (0.55KW)
300*1300
300*1300
30L
3*20’’
/ (0.55KW)
4*AQU90 membrane
LFUF-3
3
CHL4-30 (0.75KW)
350*1625
350*1625
30L
5*20’’
/ (0.75KW)
6*AQU90 membrane
LFUF-4
4
CHL4-40 (0.75KW)
400*1625
400*1625
50L
5*20’’
/ (0.75KW)
8*AQU90 membrane
LFUF-5
5
CHL4-40 (0.75KW)
460*1625
460*1625
50L
3*40’’
CHL4-40 (0.75KW)
10*AQU90 membrane
LFUF-6
6
CHL8-20 (1.1KW)
600*1800
600*1800
100L
3*40’’
CHL8-20 (1.1KW)
3*AQU200 membrane
LFUF-8
8
CHL8-30 (1.1KW)
600*1800
600*1800
100L
7*40’’
CHL8-30 (1.1KW)
4*AQU200 membrane
LFUF-10
10
CHL12-30 (1.5KW)
750*1900
750*1900
200L
7*40’’
CHL8-40 (1.5KW)
5*AQU200 membrane
LFUF-12
12
CHL12-30 (1.8KW)
900*1900
900*1900
200L
7*40’’
CHL12-30 (1.8KW)
6*AQU200 membrane
LFUF-14
14
CHL12-40 (2.4KW)
900*1900
900*1900
200L
12*40’’
CHL12-40 (2.4KW)
7*AQU200 membrane
LFUF-15
15
CHL12-40 (2.4KW)
1000*1900
900*1900
200L
12*40’’
CHL12-40 (2.4KW)
8*AQU200 membrane
LFUF-18
18
CHL16-30 (3.0KW)
1000*2200
1000*2200
200L
15*40’’
CHL16-30 (3.0KW)
9*AQU200 membrane
LFUF-20
20
CHL20-30 (4KW)
1200*2200
1200*2200
200L
15*40’’
CHL20-30 (4KW)
10*AQU200 membrane
Conclusion The LFUF-3 Ultrafiltration Equipment excels in providing reliable, low-maintenance filtration with critical operational parameters (e.g., 0.1–0.3 MPa pressure, 90%+ recovery rate). Its anti-fouling PVDF membrane and automated controls make it ideal for high-turbidity feed water or chemically aggressive environments. For projects prioritizing efficiency and adaptability, the LFUF-3 offers a cost-effective solution to meet stringent water quality standards.
