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MBR membrane plant for golf course
- 200 Set / Sets per Month
- QINGDAO
- T/T
Product Details
Place of Origin: | Shandong, China | Brand Name: | YIMEI | Model Number: | YMBR-10 |
Product Description
MBR Introduction
Membrane bio-reactor is a kind of new type sewage treatment technique which combine high efficient membrane separation technique and activated sludge manner, it inherit membrane separation technique and biochemical treatment technique feature and intensify biochemical treatment effect, it can used in high organic content municipal or industrial sewage treatment.
2.1 Compare to traditional activated sludge, MBR has the following advantage:
1) 0.05 micro membrane filtering outlet water, the effluent water suspended solid and turbidity can close to zero, can be reuse directly
2) Compare to traditional treatment system, it can save 50% land usable area;
3) Due to membrane high efficient intercept action, micro organism fully intercept in reactor , realize reactor hydraulic retention time and sludge age fully separation, to make operation control more flexible and steady;
4) The micro-organism concentration in bio-reactor can reach 5000-8000 mg/L, with high biochemistry efficiency, strong impact resistance;
5) Long sludge age, in favor of slowly accretion nitrobacteria Intercepting growth and breed, system nitration efficiency increase;
6) Reactor is operate in high volume loading,low sludge loading,long sludge age condition , surplus sludge discharge volume.
7) Membrane separation to make the big molecule difficult degrade into bioreactor has enough retention time, greatly improve difficult organism degrade efficiency;
8) System with high automation degree, adopt PLC control, can realize whole automatic control;
9) Modular design, compact structure, small occupy area ,low operation cost
After many years of sewage treatment project experience, start MBR sewage treatment technique has the following feature:
1) Membrane material is polyvinylidene fluoride, strong stain resistance, easy to washing, suitable for sewage treatment; chemical properties stable, strong oxidation resistance, it can adopt common oxidability agentia washing.
2) Membrane flux higher than other material (such as PP or PE) similar product, adopt periodically,chemical backwashing and chemical washing process guarantee membrane module water output ability and membrane flux.
3) Low trans-membrane pressure, usually is 0.01~0.06 Mpa, it can adopt siphon principle and no need suction power can output water, low operation cost.
4) MBR technology adopt anoxia and aerobic combining form, sewage enter into anoxia zone, make the big molecular weight long chain organism resolve into easy biological organism, then enter into aerobic area to make organism biological degrade , at the same time, to make biology nitration reaction, and make denitrification reaction, and by backflow to anoxia area to make denitrification, finish denitrification function.
2.2 MBR process description
MBR is a kind of new type sewage treatment technique which combine activated sludge manner and integrated immersed membrane separation system, this process can be widely used in municipal and industrial sewage treatment area, which contain water resource reuse,community development, park scenic water source reuse etc.
It is a new kind of sewage treatment technique, MBR has widely apply in all over the world sewage treatment plant.
Typical MBR system process can be described as following:
The sewage enter into equalize tank pass by 1-2mm bar screen, used to equalize water quality and volume. The intercept impurity need clear up in regular. Next, the sewage in equalize tank will pump to MBR system, in MBR system realize mirco-organism resolve reduction ,which contain aerobic and anoxia reaction area, the can’t degrade impurity and activated sludge will intercept in the membrane tank , the membrane filtering output water will reach standard reuse or discharge.
MBR Introduction
Membrane bio-reactor is a kind of new type sewage treatment technique which combine high efficient membrane separation technique and activated sludge manner, it inherit membrane separation technique and biochemical treatment technique feature and intensify biochemical treatment effect, it can used in high organic content municipal or industrial sewage treatment.
2.1 Compare to traditional activated sludge, MBR has the following advantage:
1) 0.05 micro membrane filtering outlet water, the effluent water suspended solid and turbidity can close to zero, can be reuse directly
2) Compare to traditional treatment system, it can save 50% land usable area;
3) Due to membrane high efficient intercept action, micro organism fully intercept in reactor , realize reactor hydraulic retention time and sludge age fully separation, to make operation control more flexible and steady;
4) The micro-organism concentration in bio-reactor can reach 5000-8000 mg/L, with high biochemistry efficiency, strong impact resistance;
5) Long sludge age, in favor of slowly accretion nitrobacteria Intercepting growth and breed, system nitration efficiency increase;
6) Reactor is operate in high volume loading,low sludge loading,long sludge age condition , surplus sludge discharge volume.
7) Membrane separation to make the big molecule difficult degrade into bioreactor has enough retention time, greatly improve difficult organism degrade efficiency;
8) System with high automation degree, adopt PLC control, can realize whole automatic control;
9) Modular design, compact structure, small occupy area ,low operation cost
After many years of sewage treatment project experience, start MBR sewage treatment technique has the following feature:
1) Membrane material is polyvinylidene fluoride, strong stain resistance, easy to washing, suitable for sewage treatment; chemical properties stable, strong oxidation resistance, it can adopt common oxidability agentia washing.
2) Membrane flux higher than other material (such as PP or PE) similar product, adopt periodically,chemical backwashing and chemical washing process guarantee membrane module water output ability and membrane flux.
3) Low trans-membrane pressure, usually is 0.01~0.06 Mpa, it can adopt siphon principle and no need suction power can output water, low operation cost.
4) MBR technology adopt anoxia and aerobic combining form, sewage enter into anoxia zone, make the big molecular weight long chain organism resolve into easy biological organism, then enter into aerobic area to make organism biological degrade , at the same time, to make biology nitration reaction, and make denitrification reaction, and by backflow to anoxia area to make denitrification, finish denitrification function.
2.2 MBR process description
MBR is a kind of new type sewage treatment technique which combine activated sludge manner and integrated immersed membrane separation system, this process can be widely used in municipal and industrial sewage treatment area, which contain water resource reuse,community development, park scenic water source reuse etc.
It is a new kind of sewage treatment technique, MBR has widely apply in all over the world sewage treatment plant.
Typical MBR system process can be described as following:
The sewage enter into equalize tank pass by 1-2mm bar screen, used to equalize water quality and volume. The intercept impurity need clear up in regular. Next, the sewage in equalize tank will pump to MBR system, in MBR system realize mirco-organism resolve reduction ,which contain aerobic and anoxia reaction area, the can’t degrade impurity and activated sludge will intercept in the membrane tank , the membrane filtering output water will reach standard reuse or discharge.
MBR membrane:
Feature:
1, High intensity:
PVDF alloy membrane inside and outside compact double layer structure,make membrane intensity high, resolve the defect of traditional PVDF membrane.
2, Better anti-pollution performance:
PVDF alloy membrane due to its smooth membrane surface features and unique electric charge property, make it stronger anti-pollution performance.
3, big membrane flux
PVDF alloy special nanometer material form reticular membrane structure, make it has higher porosity and big water flux.
4,better interception performance:
PVDF alloy membrane inside and outside compact double cortex structure decide its superior interception performance
5,cleaning flux better recovery
PVDF alloy membrane unique inside outside compact layer structure,make pollutant only stay membrane outside surface, won’t enter into membrane mesh hole, thus it is easy cleaning, better recovery of cleaning flux.
6,PVDF alloy membrane module modulation design,compact structure, small occupy area, easy assembly application.
Performance parameter:
specification | Model | JL-MBR-6-Co-PVDF | JL-MBR-10-Co-PVDF | JL-MBR-15-Co-PVDF |
membrane module length | 1020 mm | 1523 mm | 2160 mm | |
membrane module width | 655 mm | 655 mm | 655 mm | |
water outlet | DN25 | DN25 | DN25 | |
water inlet | DN25 | DN25 | DN25 | |
module membrane area | 6 m2 | 10 m2 | 15 m2 | |
membrane module weight | 6 kg | 10 kg | 15 kg | |
basic parameter | housing material | ABS/UPVC | ABS/UPVC | ABS/UPVC |
membrane material | PVDF alloy membrane + Polyester pipe | PVDF alloy membrane + Polyester pipe | PVDF alloy membrane + Polyester pipe | |
intercept pore size | 0.4μm | 0.4μm | 0.4μm | |
hollow fiber inner diameter | 1.0mm | 1.0mm | 1.0mm | |
hollow fiber external diameter | 2.4mm | 2.4mm | 2.4mm | |
outlet water turbidity | < 1 NTU | < 1 NTU | < 1 NTU | |
outlet water suspended solids | < 1 mg/L | < 1 mg/L | < 1 mg/L | |
service life | 3-8 years | 3-8 years | 3-8 years | |
technological conditions | Temperature tolerance scope | 1-40℃ | 1-40℃ | 1-40℃ |
PH value tolerance scope | 2-13 | 2-13 | 2-13 | |
water outlet flow rate | 2.0~3.0 m3/d | 3.5~5.0 m3/d | 5.0~7.5 m3/d | |
The largest transmembrane pressure difference | -0.08 MPa | -0.08 MPa | -0.08 MPa | |
outlet water manner | negative pressure suction | negative pressure suction | negative pressure suction | |
water outlet period | Flow out 8 minutes, stop 2 minutes | Flow out 8 minutes, stop 2 minutes | Flow out 8 minutes, stop 2 minutes | |
chemical sterilize agents | sodium hypochlorite | sodium hypochlorite | sodium hypochlorite | |
chemical washing period | 6-12 month | 6-12 month | 6-12 month | |
chemical washing agents | Citric acid/sodium hydroxide | Citric acid/sodium hydroxide | Citric acid/sodium hydroxide | |
1, All technical data in table is detection value under the condition of the factory inspection standard.
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Contact Us
- Qingdao Yimei Environment Project Co., Ltd.
- Contact namelin chen
- Phone86-532-88180456
- AddressChang an Road, Jiaonan Qingdao Qingdao,Shandong
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