Share on (60460144814):
Industrial ro membrane 4040 on reverse osmosis water system
Ultra Low Pressure RO Membrane Element
1, Model No.:ULP-4040
2, Usage: It is applicable to the desalination of municipal water, groundwater with salt concentration less than 1500ppm. It can be widely used in pure water preparation and related industries.
3, Features: It can save energy and increase economic efficiency with its advantage of ultra low working pressure.
Specifications and Parameters:
1, Active Membrane Area ft2(m2): 85(7.9)
2, Permeate Flow GPD(T/D): 2600(9.8)
3, Stable Salt Rejection Rate (%) : 98.5
Standard Test Condition:
1, Temperature: 25 °C
2, Concentration of Solution: 1500ppm
3, PH Value around : 7.5-8
4, Operating Pressure psi(MPa): 150(1.03)
5, Recovery Rate of Single Membrane Element: 15%
***Notes: The permeate flow of single membrane element may vary with in ±15%.





| Project | Parameter |
| Model | JK-ULP-4040 |
| Effective membrane area ft(m2) | 78(7.2) |
| Operating pressure psi(Mpa) | 110(0.76) |
| Average yield GPD(m3/d) | 2600(9.8) |
| Salt rejection(%) | 99 |
| Recovery rate(%) | 15 |
| Max.operating pressure psi(MPa) | 600(4.2) |
| Max.inflow temperature | 45 |
| Max.inflow SDI | 5 |
| Max.water flow GPM(m3/h) | 14(3.2) |
| Free chlorine concentration | 0.1 |
| Continuous running water PH range | 3-10 |
| Chemical cleaning water PH range | 2-11 |
| Max.single membrane element pressure drop | 15(0.1) |
| Project | Parameter |
| Model | JK-ULP-8040 |
| Effective membrane area ft(m2) | 80(7.5) |
| Operating pressure psi(MPa) | 150(1.05) |
| Average yield GPD(m3/d) | 12000(45) |
| Salt rejection(%) | 99 |
| Recovery rate(%) | 15 |
| Max.operating pressure psi(MPa) | 600(4.2) |
| Max.inflow temperature | 45 |
| Max.inflow SDI | 5 |
| Max.water flow GPM(m3/h) | 14(3.2) |
| Free chlorine concentration | 0.1 |
| Continuous running water PH range | 3-10 |
| Chemical cleaning water PH range | 2-11 |
| Max.single membrane element pressure drop | 15(0.1) |


New products from manufacturers at wholesale prices