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Reverse Osmosis RO Membrane
Reverse Osmosis RO Membrane Naming Rule
Reverse Osmosis RO Membrane Selecting Guide
Reverse Osmosis RO Membrane Dimension
2521 2540 4021 4040 Element:
|
Model |
A/mm(inch) |
B/mm(inch) |
C/mm(inch) |
D/mm(inch) |
|
4021 |
533.4 (21) |
99.7 (3.9) |
19.1 (0.75) |
26.7 (1.05) |
|
4040 |
1016.0 (40) |
99.7 (3.9) |
19.1 (0.75) |
26.7 (1.05) |
|
2521 |
533.4 (21) |
61 (2.4) |
19.1 (0.75) |
30.2 (1.19) |
|
2540 |
1016.0 (40) |
61 (2.4) |
19.1 (0.75) |
30.2 (1.19) |
8040 Element:
|
Model |
A/mm(inch) |
B/mm(inch) |
C/mm(inch) |
|
8040 |
1016 (40) |
201 (7.9) |
29 (1.125) |
Reverse Osmosis Membrane Elements Technical Data
SW Series Membrane Elements
SW Series is an aromatic polyamide composite membrane element for seawater desalination. By optimizing the structure of membrane element, this series of membrane elements can increase water production. Under the same water production requirement, the number of membrane elements can be reduced. It has the characteristics of low operating pressure, low equipment investment, good desalination performance and stability. In particular, its high desalination rate ensures that drinking water can be obtained from seawater through first-order reverse osmosis.
SW series membrane elements are suitable for the treatment of seawater and brackish water with high concentration. They can be used for the treatment of seawater desalination, desalination of brackish water with high concentration, boiler feed water in power plants, wastewater reuse, concentration and recovery of high value-added substances such as food and medicine, etc.
SW series of membrane elements performance:
|
Model |
Active Membrane ft2(m2) |
Average Permeate GPD(m3/d) |
Stable Rejection |
Min. Rejection |
|
HC-SW-2521 |
16(1.5) |
270(1.0) |
99.5 |
99.3 |
|
HC-SW-2540 |
33(3.0) |
600(2.3) |
99.5 |
99.3 |
|
HC-SW-4021 |
42(3.9) |
750(2.8) |
99.5 |
99.3 |
|
HC-SW-4040 |
85(7.9) |
1600(6.1) |
99.5 |
99.3 |
|
HC-SW-8040 |
400(37.2) |
7500(28.4) |
99.8 |
99.5 |
|
HC-SW-8040-440 |
440(40.9) |
8250(31.2) |
99.8 |
99.5 |
SW series of membrane elements Testing Conditions:
Testing Pressure:800 psi (5.5MPa)
Temperature of Testing Solution:25 ℃
Concentration of Testing Solution (NaCl):32000ppm
pH Value of Testing Solution:7.5
Recovery Rate of Single Element:8%
SW series of membrane elements Operation Limits & Conditions:
Max.Working Pressure:1200psi(8.3MPa)
Max.Feed Water Flow:75gpm(17 m3/h) for 8040; 16gpm(3.6 m3/h) for 4040,4021; 6.0gpm(1.4 m3/h) for 2521,2540
Max.Feed Water Temperature: 45℃
Max.Mn: 0.1mg/L
Max.Fe: 0.05mg/L
Max.Turbidity NTU: 1.0
Max.Feed Water SDI15: 5
Max.Feed Water COD: 15ppm
Max.Feed Water BOD: 10ppm
Max.Feed Water TOC: 3ppm
Residual Chlorine Concentration of Feed Water: <0.1ppm
pH Range of Feed Water During Continuous Operation: 3~10
Max.Pressure Drop of Single Element: 15psi(0.1MPa) for 8040,4040,2540; 10psi(0.07MPa) for 2521,4021
Note:
1.For the recommended design scope, please refer to the latest version of the technical manual, design guide, or consult with membrane technology experts. If the user does not strictly follow the operating conditions provided by the sample, Tianjin Justin Technology Co., Ltd will not bear all the consequences arising therefrom.
2.The average water yield listed in the table shows that the error of water yield of single membrane element in series is within (+10%). The difference between the minimum water yield and the nominal value of other series of single membrane elements is not more than 20% of the nominal value.
3.Wet membrane components are strictly tested before they leave the factory. They are stored in 1.0% sodium bisulfite solution. Then they are packed in vacuum and packed in cardboard boxes. The safe storage temperature of wet membrane components is 4-45℃.
4.RO production water to be discharged in the first hour of operation.
5.During storage and operation, it is prohibited to add any chemicals that affect membrane components. In case of violating the use of such chemicals, Tianjin Justin Technology Co., Ltd will not bear all the consequences arising therefrom.
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