Ultra-Performance Anti-pollution Reverse Osmosis Membrane Element
Designed for high-organic industrial wastewater treatment, JOZZON Anti-pollution RO Membranes deliver high permeate flow, reduced pressure drop, lower energy consumption, and outstanding fouling resistance for continuous industrial operation.
Advanced Anti-Biofouling Technology for Stable Wastewater Performance
JOZZON XFR Series Anti-pollution RO Membrane Elements are engineered for industrial wastewater treatment systems with high concentrations of organic contaminants and suspended solids. By integrating advanced anti-fouling membrane technology, optimized hydraulic flow distribution, and precision element manufacturing, the membrane delivers high water production while maintaining stable salt rejection and low operating pressure. Its optimized internal flow path reduces pressure loss, lowers system energy consumption, and extends cleaning intervals, making it an ideal solution for high-load industrial water reuse applications.
Performance Advantages
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High Water Productivity
Maximizes permeate output while maintaining stable rejection performance.
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Stable Salt Rejection
Maintains desalination efficiency throughout the operating cycle.
Reduced Operating Pressure
Optimized hydraulic structure lowers pressure drop and improves pump efficiency.
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Lower Operating Costs
Reduced cleaning frequency and lower energy consumption help minimize lifecycle costs.
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Longer Service Life
Advanced membrane materials improve durability under challenging feed water condition
Flexible System Integration
Compatible with a wide range of industrial RO systems and wastewater reuse projects.
Applied Industries
Dyeing and Printing Wastewater, Textile Wastewater
Paper Making Wastewater (containing high concentrations of organic matter)
Electroplating Wastewater, Surface Treatment Wastewater
Coal Chemical, Petrochemical, and Coking Wastewater
Pharmaceutical Wastewater, Fermentation Wastewater
Why Choose JOZZON Anti-pollution RO Membrane
1. Ultra-Performance Membrane Technology
Advanced membrane chemistry provides high permeate flow and stable salt rejection while improving resistance to organic fouling.
2. 50% Less Cleaning Frequency
Compared with conventional anti-pollution membranes, XFR membrane elements can reduce chemical cleaning frequency by approximately 50%, reducing maintenance downtime.
3. Low Pressure Drop Design
Optimized hydraulic flow distribution reduces pressure loss across the membrane element, helping improve overall system efficiency.
4. Up to 10% Lower Energy Consumption
Reduced pressure differential lowers pumping requirements and can decrease operating energy consumption by approximately 10% under comparable production conditions.
5. Chlorination-Free Treatment Process
A non-chlorination preservation process protects membrane materials and helps maintain long-term desalination performance.
6. Reliable Industrial Operation
Designed for continuous operation in challenging industrial wastewater reuse systems.
Available Models
|
Model |
Effective Membrane Area ft2Â (m2) |
Average Permeated Flow GPD (m³/d) |
Stable Rejection (%) |
Minimum Rejection (%) |
wide inlet conduit mil |
|---|---|---|---|---|---|
|
JBW-8040-400/34-XFR |
400 (37.2) |
11200 (42.4) |
99.7 |
99.4 |
34 |
Operation Limits and Conditions
| Max. Working Pressure | 600psi (4.14 MPa) |
| Max. Feedwater Flow | 85gpm (19 m³/h) |
| Max. Feedwater Temperature | 45℃ |
| Max. Feedwater SDI15 | 5 |
| Residual Chlorine Concentration of Feedwater | < 0.1 ppm |
| ph Range of Feedwater During Continuous Operation | 2～12 |
|
ph Range of Feedwater During Chemical Cleaning (Short-term 30 minutes Period) |
1～13 |
| The Max. Pressure Drop of Single Membrane Element | 15psi (0.1Mpa) |
Test Conditions
| Test Pressure | 225psi (1.55Mpa) |
| Temperature of Testing Solution | 25℃ |
| Concentration of Testing Solution (NaCl) | 5000ppm |
| ph Value of Testing Solution | 7.5 |
| Recovery Rate of Single Membrane Element | 15% |
Membrane Element Size
Units in the illustration: Millimetre (inch).
