Immersed PVDF UF Membrane Equipment for Wastewater Reuse Project
Curtain design MBR system membrane module for wastewater treatment and recycling
Advantages of MBR system:
MBR technics is a perfect integration by membrane separation technology and normal biological treatment. Instead of traditional secondary sedimentation tank, sand filter tank by capillary hollow fiber UF membrane, the effluent water quality of this system can match reclaimed water reuse or Reverse Osmosis input water standard. MBR system is especially suitable for high discharge standard water treatment plants and old plants' upgrades and transformation.
In wastewater treatment, MBR system has obvious advantages compared with other biological treatment methods:
1. High remove rate of contamination, stable effluent water quality, and dispense with disinfection;
2. Realized the separation of HRT (Hydraulic retention time) and SRT (sludge age time), simplify the system design and operation;
3. The mechanical cut-off of UF membrane can avoid the microorganism spillage, maintain high sludge concentration, effectively increased the volume loading, reduce the sludge loading and floor space;
4. Long SRT in MBR system is helpful to the long generation period microorganisms growth, in favor of biodegradation on difficult degradation organic matter.
5. The longer SRT also make the MBR system has the effect same as aerobic sigestion pool, and reduce the sludge volume observably and save the process cost;
6. MBR technics has well control on SRT in order to adapt with the growth of nitrobacteria, enhance the nitriability.
7. MBR system has compact structure, easy for integrate autocontrol and operation manage.
Applications of
MBR Membrane
:
Municipal water supply
Industrial water purification
Municipal waste water treatment
Industrial waste water treatment
Landfill leachate advanced treatment
Reclaimed water reuse
Pretreatment of RO system
Specification:
| Model No. |
GEMINI-U |
GEMINI-S |
GEMINI-E |
| Membrane Material |
Reinforced hollow fiber |
Reinforced hollow fiber |
Reinforced hollow fiber |
| Fiber ID/OD (mm) |
1.0/2.0 |
1.0/2.0 |
1.0/2.0 |
| Membrane Area (m 2 ) |
31 |
23 |
14 |
| Pore Size (μm) |
0.02 |
0.02 |
0.02 |
| System Structure |
Immersed |
Immersed |
Immersed |
| Filtration Model |
Outside-in |
Outside-in |
Outside-in |
| Max. Operation Pressure (-kPa) |
60 |
60 |
60 |
| Max. Temperature ( °C ) |
40 |
40 |
40 |
| pH Range |
1~13 |
1~13 |
1~13 |
| Dimension L×W×H (mm) |
721×70×2122 |
721×70×1622 |
721×70×1082 |
| Weight (dry) kg |
16 |
13 |
9 |
| Cassette No. |
Dimension(mm)
( L × W × H ) |
Active membrane area(m 2 ) |
| LGJ1E3-950×14 |
1210×805×1485 |
196 |
| LGJ1E3-1500×14 |
1210×805×2010 |
322 |
| LGJ1E3-2000×14 |
1210×805×2510 |
434 |
| LGJ1E3-950×26 |
2110×805×1505 |
364 |
| LGJ1E3-1500×26 |
2110×805×2030 |
598 |
| LGJ1E3-2000×26 |
2110×805×2530 |
806 |
| LGJ1E3-2000×52 |
2100×1560×2520 |
1612 |
Audited Supplier 
Audited Supplier 
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