MBR System-Pilot Equipment
Peier MBR flat membrane has been widely used in industrial wastewater treatment and reclaimed water reuse projects at home and abroad, including medicine, mining, electronics, chemical industry, washing, large-scale municipal wastewater reuse projects.
Description
Pilot Equipment
Membrane Bio-Reactor,It is a new type of wastewater treatment system with the organic combination of membrane separation technology and biological treatment technology. Membrane modules are used to replace the terminal secondary sedimentation tank of traditional biological treatment technology, maintain high activated sludge concentration in the bioreactor and improve the organic load of biological treatment, so as to reduce the floor area of sewage treatment facilities and reduce the amount of excess sludge by maintaining low sludge load. The membrane separation equipment immersed in the aerobic biological tank is mainly used to intercept the activated sludge and macromolecular organic matter in the tank. The concentration of activated sludge (MLSS) in the membrane bioreactor system can be increased to 6000~12000mg/L or even higher; The sludge age (SRT) can be extended to more than 30 days.
With 0.25㎡ flat membrane as the core element, the independent and complete MBR process system will not affect the operation of the original sewage treatment system or be constrained by the scale of the original sewage treatment system; Two pipes and one line, convenient and fast access to the original process system
It is applicable to the feasibility process test of on-site operation in the early stage of MBR process transformation of sewage treatment system, as well as the technical verification in sewage treatment process design.
With 0.25㎡ flat membrane as the core element, the independent and complete MBR process system will not affect the operation of the original sewage treatment system or be constrained by the scale of the original sewage treatment system; Two pipes and one line, convenient and fast access to the original process system
It is applicable to the feasibility process test of on-site operation in the early stage of MBR process transformation of sewage treatment system, as well as the technical verification in sewage treatment process design.
Recommended Products
Membrane Element Composition
- Water Outlet
- Bffle Plate
- Diversion Cloth
- Filter Membrane
Membrane Modules And Their Components
- Membrane Cartridge
- Silicone Tube
- Water Collection Pipe
- Membrane Case
- Diffuser Case
- Diffuser Pipe
Our Cetificate
“Make good products, sell good products and let customers make good use of products” is the business purpose of the company.
> Intellectual property management system certificate R&D, production and sales of MBR flat membrane elements and MBR flat membrane components.
> CEP Cetificate of China
> ISO 9001 System Certificate Quality management system certificate
> ISO 9001 System Certificate Occupational health and safety management system certificate
> ISO 9001 System Certificate Environmental management system certificate
How We Work
“Make good products, sell good products and let customers make good use of products” is the business purpose of the company.
1. Blending →
2. Scraping →
3. Cleaning →
4. Cutting →
5. Oiling/Drying →
6.Membrane Assembly →
7. Stock Packing →
8. Module Assembly →
Case Study
“Make good products, sell good products and let customers make good use of products” is the business purpose of the company.
Dos Santos International Airport (Angloa) 500 m3 /d
Kunming Institute of Metallurgy Waste Water Project
5000 m3 /d
Service Support
“Make good products, sell good products and let customers make good use of products” is the business purpose of the company.
Contact With Us
What they’re talking about our service
Maintenance and cleaning of submerged
MBR membrane module
Fouling at the orifice of the aeration pipe will cause uneven aeration and membrane blockage. In order to prevent membrane blockage, please clean the aeration pipeline once a day (it is recommended to set an automatic valve for automatic cleaning of the aeration pipeline). During cleaning, release the pressure in the aeration pipe by opening the exhaust valve, make the sludge flow back into the aeration pipe, and discharge the sludge through the air flowing through the aeration pipe.
（1）Stop filtering operation;
（2）Open the air release valve. Through this operation, the sludge of the membrane immersion tank enters the aeration pipe from the aeration vent countercurrent and is discharged together with the air.
（3）Keep discharge valve open for 3-5 minutes;
（4）Close the discharge valve, cleaning is completed;
（5）Start filtering again.
The continuous accumulation of membrane contamination will lead to the rise of the transmembrane pressure difference, when it increases to a certain extent, chemical (liquid) cleaning is required. Chemical (liquid) cleaning cycle and reagents shall be determined as follows:
(1) When the transmembrane pressure difference under the same filtration flux is 35kPa higher than the initial stable operation, or once every 3 months (it is recommended to clean industrial sewage once a month), chemical (liquid) cleaning should be carried out in a shorter time between the two.
(2) When the membrane pollutants are mainly biological organic pollutants, regular alkaline washing is used to control the membrane pollutants. When it is mainly inorganic pollution, the method of pickling is used to control it.
Note: 0.8㎡/ piece -3L/ piece, 1.0㎡/ piece -4L/ piece, 1.5㎡/ piece -5L/ piece
Calculation of drug quantity: V=N×Y×C1÷C2×100%
V：The amount of total solvent（kg）
N：Number of membrane elements (pieces)
Y：Dosage of liquid required for single membrane element (L/ tablet)
C1：Concentration of diluted solution（mg/L）
C2：Concentration of solvent before dilution（mg/L）
1、Alkaline cleaning
a.Add sodium hypochlorite solution into the dosing drum, and then add water to configure 3‰ (5‰) mixture.
b.Stop the filtration operation, close the outlet valve, and close the fan aeration.
c.Open the dosing valve of the membrane assembly and pour all the agents into the membrane assembly separately.
d.After injection, soak for more than 8H.
e.After soaking, turn on the fan and aerate for more than 1-2h.
f.Open the outlet valve, open the suction pump, discharge cleaning liquid pickling.
Membrane component recovery cleaning must be set up with a cleaning pool, and fixed aeration base, connected aeration pipe.
Stop the filtration operation, close the outlet valve and stop aeration;
Slowly open the liquid valve, began to inject a certain amount of liquid medicine;
After injection, set for a certain time;
After alkali soaking, aerate for 1 hour, and maintain aeration state during pickling soaking;
Close liquid valve.
In the cleaning tank to configure the cleaning required liquid medicine;
Stop the filtration operation, close the outlet valve and stop aeration;
Remove the bolt of flange between water collecting pipe and water collecting main pipe;
Lift the membrane box along the guide rail and put it into the cleaning tank;
Aeration cleaning of the membrane box and soaking for the required time;
After cleaning, lift and restore the membrane box, tighten the bolt of the flange between the water collecting pipe and the water collecting main pipe;
Start aeration, open outlet valve, restart filtration operation.
When the membrane element in restorative cleaning cannot solve the problem, it is necessary to remove the membrane element from the membrane assembly, put it on the flat ground or in a clean container, wash the membrane surface with a pressure water column or a soft sponge.