Tanal
General Information
TFFR-8040HR reverse osmosis membrane elements are developed for brackish water treatment with high performance of fouling resistance, ideal for reverse osmosis plant managers and operators dealing with brackish water with normal pre-treatment.
TFFR-8040HR reverse osmosis membrane element provides consistency, high-quality filtrate, high performance and productivity, and long service life.
Features & Advantages
- Improved feed spacer to thicker channel
- Optimized design, good resistance to fouling
- Greater restorability after chemical cleaning
- Economical equivalent element for direct replacement
Applications
- Surface water
- Industrial wastewater
- Industrial process water
- Reclaimed water recycling etc.
Specifications
-
Configuration: Spiral wound element
-
Membrane Polymer: Polyamide thin-film composite
Performance
|
Element Part Number |
Membrane Active Area |
Feed Spacer |
Permeate Flow Rate* |
Stabilized Salt Rejection** |
Minimum Salt Rejection |
|
TFFR-8040HR |
400 (37.2) |
34 (0.864) |
10,500 (40) |
99.7% |
99.5% |
Standard test conditions:
The above performance is initial(data record after 30 minutes of operation), based on the following conditions:
2,000 ppm NaCl solution
225 psi (15.5 bar) operating pressure
25°C (77°F) operating temperature
15% permeate recovery
7.5-8 pH range
*Permeate flow for individual elements may vary but will be no more than ±15%.
**Stabilized salt rejection is generally achieved within 24-48 hours of continuous use; depending on feed water characteristics and operating conditions.
Element Dimensions
|
Length A |
Diameter B |
Permeate tube inner diameter C inch (mm) |
|
40 (1,016) |
7.9 (201) |
1.125 (28.6) |
Operating and Cleaning Limits
|
Maximum Operating Pressure |
600 psi (41 bar) |
|
Maximum Operating Temperature |
45°C (113°F) |
|
Maximum Chlorine Concentration |
0.1 ppm |
|
pH Range, Continuous |
2-11 |
|
pH Range, Cleaning |
1-13 |
|
Maximum Feed SDI (15 mins) |
5 |
|
Maximum Element Pressure Drop |
15 psi (1 bar) |
|
Maximum Feed Flow |
17 m3/h |
|
Minimum Ratio of Concentrate to Permeate Flow for Each Element |
5:1 |
