SW High Rejection Low Energy
Brief Introduction
ZEKINDO SWRO MEMBRANE SERIES are high-rejection membrane elements developed for seawater desalination. They ensure long-term, stable performance with consistently high salt rejection while maintaining standard flux levels.
Highlights of the SWRO Series
- High boron removal and salt rejection rates
- Increased sheet thickness and cross-linking degree for longer service life and improved chemical resistance
- Shorter membrane sheet length design to maximize effective area utilization and reduce membrane fouling
SW HRLE
SW HRLE membranes combine high rejection performance with lower operating pressure, reducing energy costs. They are ideal where both water quality and operational efficiency are equally important.
| No | Description | Model | Active Membrane Area ft² |
Active Membrane Area m² |
Stable Rejection (%) |
Minimum Rejection Rate (%) |
Stabilized Boron Rate (%) |
Flux Gpd |
Flux m³/d |
|---|---|---|---|---|---|---|---|---|---|
| 1 | Sea Water Desalination (High Rejection SW and Low Energy SW Series) | ZEKINDO SW-4040 HRLE | 82 | 7,6 | 99,6 | 99,7 | 99,7 | 1450 | 5,5 |
| 2 | Sea Water Desalination (High Rejection SW and Low Energy SW Series) | ZEKINDO SW-400 HRLE | 400 | 37 | 99,7 | 99,8 | 99,8 | 7500 | 28 |
| 3 | Sea Water Desalination (High Rejection SW and Low Energy SW Series) | ZEKINDO SW-440 HRLE | 440 | 41 | 99,7 | 99,8 | 99,8 | 8200 | 31 |
- Flux and rejection rates are based on the following standard test conditions: 5 MPa (800 psi) pressure,
77 °F (25 °C), 32,000 ppm NaCl solution, pH 8 feedwater, and 8% recovery - Permeate flow for individual elements may vary by ±15% from the specified value
- Stabilized salt rejection is typically achieved within 24–48 hours of continuous operation,
depending on feedwater characteristics and operating conditions - Active membrane area is guaranteed within ±4%