Industrial Waste Water Treatment Filter Media HDPE Material K1, K2 Bio Filter Media

• After-sales Service: Lifetime Warranty
• Warranty: 15 Years
• Type: Waste Water Treatment
• Method: Biological Treatment
• Usage: Industrial, Agriculture, Aquaculture
• Density: 0.97g/cm3
• Model NO.: PE01
• Service Life: 15 Years
• Dimension: 25*10/25*4/11*7/10*6/25*8mm
• Transport Package: Woven Bag
• Specification: 800*500*200
• Trademark: Juli
• Origin: China
• Production Capacity: 50000cubic Meters/Month

Product Description

Product Description:

MBBR which is commonly known as moving bed biofilm reactor is a modern water treatment technology and process. It was first invented in the late in the 1980s by professor Hallvard of Norwegian University of science and technology.
 
Unlike most traditional water wastage treatment systems, MBBR is a highly effective biological water treatment process which is based on a combination of biofilm media and conventional activated sludge processes. This way, water can be treated in both anaerobic and aerobic environments.
 
MBBR is currently the best water treatment solution for high-strength water systems.  This is mainly because of the biological nitrogen removal (BNR), which uses MBBR systems thus improving waste matter quality and increasing treatment capacity with no extra footprint growth. And you can use K1 media and MBBR media to improve water quality in MBBR systems.
 
The MBBR process is also made more perfect by the use of MBR (Membrane Bioreactor). This process is widely used for industrial and municipal wastewater treatment process.
 
So how does the MBR (Membrane Bioreactor) work?:

Unlike the polishing process, the MBR is used as a tertiary water treatment step that has no return of active biomass to the biological process. Currently, most MBR processes in commercial places today make use of the membrane as a filter to which rejects all solid materials developed in the natural process.
 
This helps result in a disinfected and clarified product effluent.
 
MBR also uses low-pressure microfiltration and ultrafiltration in the process of wastewater treatment. The membrane used in the process also helps ensure that there are no gravity settling solids after the process which is the case conventional clarifiers.
 
The MBR level of filtration allows high-quality effluent through the membrane thus eliminating the sedimentation. This explains why filtration is a critical process during the MBR.
 
The MBBR technology also has enhanced processing stability not to mention high suspended biomass operation. This will help ensure perfection and accuracy of the wastewater treatment process by using the MBBR technology.
 

MBBR design (moving bed biofilm reactor design):

For you to get the best out of the MBBR process, using the best model is paramount. However, with the right procedure to follow, you do not need an expert to help you in the design process of the MBBR.
 
The first step when it comes to MBBR design should understand the discharge charges in your state. This is especially when you are designing the MBBR water treatment plant to meet the regulatory norm.
 
You can get these from the various MBBR design parameters or books that you may decide to use.
 
Additionally, in case you intend to reuse the water after waste treatment, you need to familiarize yourself with the standards required for one to re-use treated sewage water. For instance, for chores such as irrigation, you may not expect high standard is reusing.
 
However, other tasks such as an automobile or toilet flushing will require high standards.
 
In case you need a water treatment plant to help prevent lousy smell and do not intend to reuse the water, then a central water treatment plant would be enough. However, you also need to follow the right standards in this one too to ensure that you get the get the best results from your investment.
 
When thinking about the MBBR design criteria, one of the main things that you should have in mind is the MBBR design calculations. Different plants will have different design calculations since sewage characteristics differ depending on the source of the sewage.
 
This means that you need to consider several factors to ensure that you make the right design calculations. For instance, educational institutions do not have as much BOD waste as compared to the BOD sewage in IT buildings or commercial places.
 
Additionally, the norm for sewage from homes about BOD 300 PPM.
 
When making the MBBR design calculations, you should also remember the three MBBR functions or calculations. These include:
 
i.Single stage BOD removal
ii.Two-stage BOD removal
iii.Separate stage nitrification
These MBBR functions will help you calculate the best tank volume for the process, and air or oxygen requirement for there to be a coarse bubble aerations system.
 
However, this should all be based on carrier characteristics, aeration system characteristics, and wastewater characteristics.