Mbr Hollow Fiber UF Membrane Module for Industrial Water Treatment

• Customization: Available
• Membrane Type: Hollow
• Type: UF
• Model NO.: SRMBR
• Method: Biological Treatment
• Membrane Pore Size: 0.03-0.1μm
• Membrane Material: PVDF
• Flow Direction: Inside-out
• Capacity: 2000~6000lph
• Membrane Average Thickness: 0.7mm
• Production Phase: One Months
• Transport Package: Carton
• Specification: 0.5cbm
• Trademark: SUOAI
• Origin: Quanzhou, Fujian, China
• HS Code: 3926909090
• Production Capacity: 5000

Product Description

SPECIFICATIONS

Mbr Hollow Fiber UF Membrane Module for Industrial Water Treatment
Curtain design MBR system membrane for wastewater treatment and recycling

About Suoai:

Suoai is the biggest hollow fiber UF membrane manufacturer in China, we provide quality pressure vessel UF module, integrated UF purifying equipment, immersed membrane for MBR system, and we are also the first brand in Chinese residential UF filter market.

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.
 

Model No.	SRMBR-PVC/PVDF-1178	SRMBR-PVC/PVDF-1678	SRMBR-PVC/PVDF-2378
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 )	18	27	39
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)	695*46*1178	695*46*1678	695*46*12378
Weight (dry) kg	10	15	20

 

Cassette No.	Dimension(mm) ( L × W × H )	Active membrane area(m 2 )
SRMBR-PVC/PVDF-1178-10	790×800×1500	150
SRMBR-PVC/PVDF-1178-21	1650×800×1500	336
SRMBR-PVC/PVDF-1678-21	1650×800×2020	483
SRMBR-PVC/PVDF-1678-30	2350×800×2020	690
SRMBR-PVC/PVDF-1678-60	4750×800×2050	1380
SRMBR-PVC/PVDF-1878-60	4750×800×2250	1380
SRMBR-PVC/PVDF-2378-60	4750×800×2740	2740

 

 

 

Applications

1. Groundwater/surface water purification
2. Reclaimed water reuse
3. Pretreatment of RO system
4. Pretreatment of seawater desalination 
5. Beverage clarification and turbidity removal

About Suoai

SUOAI's multihole membrane technology has brought significant innovation to the field of drinking water purification. Through a unique design, the company successfully combined seven capillaries into one membrane fiber, forming a tight support layer. This innovation not only enhances the structural stability of the membrane but also significantly improves its performance.




Certificate


Advantages of Multihole Membranes

1. **Structural Stability**:
   - The design of porous membranes makes their structure more stable. Traditional single-hole membranes may easily break or become damaged under long-term operation or extreme conditions such as high pressure and high temperature. However, porous membranes, through the combination of multiple capillaries, form a more solid unit, effectively reducing the risk of filament breakage.

2. **Operational Safety**:
   - Due to their higher structural stability, porous membranes significantly improve safety during operation. This means that drinking water purification systems can run more stably, reducing the potential risk of contamination caused by membrane damage.

3. **Reduced Maintenance and Repair Costs**:
   - The stable structure of porous membranes reduces the frequency of maintenance and repairs. Compared to traditional single-hole membranes, porous membranes are less likely to experience problems during long-term operation, thereby lowering the costs of maintenance and replacement. This is a significant advantage for operators of drinking water purification systems, as reduced maintenance costs can directly translate into improved economic benefits.

Impact on the Field of Drinking Water Purification

SUOAI's Multihole membrane technology not only enhances the efficiency and quality of drinking water purification but also brings new directions for the entire industry. By reducing maintenance and repair costs, this technology helps lower the overall cost of drinking water purification, making high-quality drinking water accessible to more people. Additionally, the stability and safety of porous membranes provide greater confidence and assurance to operators of drinking water purification systems.

Conclusion

In summary, SUOAI's Multihole membrane technology has brought revolutionary changes to the field of drinking water purification. Through its unique structural design and exceptional performance, it successfully addresses the issues of stability and maintenance costs associated with traditional single-hole membranes. With the continuous promotion and application of this technology, we have reason to believe that the future of drinking water purification will be even brighter and more sustainable.