SW-4040

Short Description:

It is suitable for desalination and advanced treatment of seawater and high salinity brackish water. With ultra-high rejection rate, it can bring long- term optimal economy to the seawater desalination system.


Product Detail

Product Tags

Product Features

It is suitable for desalination andadvanced treatment of seawater and highsalinity brackish water. With ultra-highrejection rate, it can bring long- termoptimal economy to the seawaterdesalination system.

34mil Feed channel spacer is adopted to reducethe pressure drop and enhances the anti pollutionand anti cleaning ability of membrane element.

It is widely used in seawater, saltrejection of high concentration brackishwater, boiler make-up water, papermaking, textile printing and dyeing,material concentration and other fields.

Sheet Type

TS3-4040
TS2-4040 (1)

TU14

TU15

TU16

TU23

TU31

TU32

SPECIFICATIONS & PARAMETERS

Model Stable Rejection Min Rejection Permeate  Flow Effective Membrane Area Spacer Thickness Replaceable products
(%) (%) GPD(m³/d) ft2(m2) (mil)
TS3-4040 99.8 99.7 1600(6.1) 85(7.9) 34
TS2-4040 99.7 99.6 1900(7.2) 85(7.9) 34
Testing Conditions Operating pressure 800 psi(5.52 MPa)
Test solution temperature 25 ℃
Test solution concentration (NaCl) 32000 ppm
PH value 7-8
Recovery rate of single membrane element 8%
Flow range of single membrane element ±15%
Operating Conditions & Limitis Maximum operating pressure 1200 psi(8.28 MPa)
Maximum temperature 45 ℃
Maximum feedwater fow Maximum feedwater fow: 8040-75gpm(17m3/h)
4040-16gpm(3.6m3/h)
Maximum feedwater flow SDI15 5
Maximum concentration of free chlorine: <0.1ppm
Allowed pH range for chemical cleaning 3-10
Allowed pH range for feedwater in operation 2-11
Maximum pressure drop per element 15psi(0.1MPa)

About Us

34mil Feed channel spacer is adopted to reduce the pressure drop and enhances the anti pollution and anti cleaning ability of membrane element.

It is widely used in seawater, salt rejection of high concentration brackish water, boiler make-up water, papermaking, textile printing and dyeing, material concentration and other fields.


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