Residential Commercial Ultra-low pressure membrane element Extremely low pressure series High-desalination membrane element High flux brackish Series Oxidation Resistance brackish series Fouling Resistance membrane element High desalination of seawater membrane element High flux membrane desalination membrane element
Internal pressure Tubular Membrane Submerged Column-Type Submerged MBR Horizontal UF Membrane External pressure
Membrane bioreactor (MBR) is a new technology that combines membrane technology with biochemical reaction in sewage treatment, also known as membrane separation activated sludge process. It is a water treatment technology that membrane filtration replaces the secondary sedimentation tank in the traditional biochemical treatment technology. Compared with traditional biological wastewater treatment technology, MBR has the following main characteristics:
1. For efficient solid-liquid separation, the separation effect is much better than that of the traditional sedimentation tank, the effluent quality is good, the effluent suspended solids and turbidity are close to zero, which can be directly reused, and the sewage recycling is realized.
2. The high-efficiency interception of membrane makes microorganisms completely trapped in the bioreactor, realizes the complete separation of reactor hydraulic retention time (HRT) and sludge age (SRT), and the operation control is flexible and stable.
3. Since MBR combines the aeration tank and secondary sedimentation tank of traditional sewage treatment and replaces all process facilities of tertiary treatment, it can greatly reduce the floor area and save civil engineering investment.
4. It is conducive to the interception and reproduction of nitrifying bacteria, and the nitrification efficiency of the system is high. Through the change of operation mode, it can also have the functions of ammonia and phosphorus removal.
5. Because the mud age can be very long, the degradation efficiency of refractory organic compounds is greatly improved.
6. The reactor operates under high volume load, low sludge load and long sludge age, and the excess sludge output is very low. Since the sludge age can be infinitely long, zero sludge discharge can be realized in theory.
7. The system realizes PLC control and convenient operation and management. Membrane bioreactor can be divided into built-in type and external type according to the different use conditions of membrane. The built-in membrane
It is directly immersed in the biochemical reaction tank and directly extracts the purified water from the membrane element, while the external type uses a pump to cross flow filter and circulate the water of the biological reaction tank through the membrane module to obtain clean permeated water.
series curtain membrane module produced by our company is a membrane module specially suitable for built-in membrane bioreactor.
Membrane Chemistry | Hydrophilic PVDF (PET lining) | porosity | ＞70% | Inner and outer diameter of membrane wire | 1.5/2.6mm | |
model | Specification parameters | |||||
Design flux range | Effective membrane area | Membrane pore size | ||||
FFM—MBR-15 | 10-20 Lmh | 15㎡ | 0.1um | |||
FFM—MBR-20 | 10-20 Lmh | 20㎡ | 0.1um | |||
OPERATION PARAMETERS
Operation mode：
Suction filtration / effluent for 8 minutes, stop for 2 minutes
Mlss：
5000-10000 mg/l
Air / water flow ratio of membrane module：
15-20:1
Service temperature：
≤106 ℉（40℃）
Maximum backwashing pressure：
21 psi (1.5 bar)
PH tolerance range:
2-12
Membrane bioreactor (MBR) is a new technology that combines membrane technology with biochemical reaction in sewage treatment, also known as membrane separation activated sludge process. It is a water treatment technology that membrane filtration replaces the secondary sedimentation tank in the traditional biochemical treatment technology. Compared with traditional biological wastewater treatment technology, MBR has the following main characteristics:
1. For efficient solid-liquid separation, the separation effect is much better than that of the traditional sedimentation tank, the effluent quality is good, the effluent suspended solids and turbidity are close to zero, which can be directly reused, and the sewage recycling is realized.
2. The high-efficiency interception of membrane makes microorganisms completely trapped in the bioreactor, realizes the complete separation of reactor hydraulic retention time (HRT) and sludge age (SRT), and the operation control is flexible and stable.
3. Since MBR combines the aeration tank and secondary sedimentation tank of traditional sewage treatment and replaces all process facilities of tertiary treatment, it can greatly reduce the floor area and save civil engineering investment.
4. It is conducive to the interception and reproduction of nitrifying bacteria, and the nitrification efficiency of the system is high. Through the change of operation mode, it can also have the functions of ammonia and phosphorus removal.
5. Because the mud age can be very long, the degradation efficiency of refractory organic compounds is greatly improved.
6. The reactor operates under high volume load, low sludge load and long sludge age, and the excess sludge output is very low. Since the sludge age can be infinitely long, zero sludge discharge can be realized in theory.
7. The system realizes PLC control and convenient operation and management. Membrane bioreactor can be divided into built-in type and external type according to the different use conditions of membrane. The built-in membrane
It is directly immersed in the biochemical reaction tank and directly extracts the purified water from the membrane element, while the external type uses a pump to cross flow filter and circulate the water of the biological reaction tank through the membrane module to obtain clean permeated water.
series curtain membrane module produced by our company is a membrane module specially suitable for built-in membrane bioreactor.
Membrane Chemistry | Hydrophilic PVDF (PET lining) | porosity | ＞70% | Inner and outer diameter of membrane wire | 1.5/2.6mm | |
model | Specification parameters | |||||
Design flux range | Effective membrane area | Membrane pore size | ||||
FFM—MBR-15 | 10-20 Lmh | 15㎡ | 0.1um | |||
FFM—MBR-20 | 10-20 Lmh | 20㎡ | 0.1um | |||
OPERATION PARAMETERS
Operation mode：
Suction filtration / effluent for 8 minutes, stop for 2 minutes
Mlss：
5000-10000 mg/l
Air / water flow ratio of membrane module：
15-20:1
Service temperature：
≤106 ℉（40℃）
Maximum backwashing pressure：
21 psi (1.5 bar)
PH tolerance range:
2-12
