HDPE MBBR Carrier , OEM K1 Micro Filter Media
K1 ISO9001 White Black OEM Plastic Biological Filter Moving Bed Biofilm Reactor
What Is MBBR
Moving Bed Biofilm Reactor(MBBR) is a moving media system, used in Integrated Fixed-lm Activated Sludge (IFAS) and moving bed biofilm reaction (MBBR) system.
MBBR technology has the advantages of traditional fluidized bed and biological contact oxidation,also that is a new efficient sewage treatment method,This method can improve the efficiency of the reactor by adding a certain amount of suspension carriers to the reactor and improving the biomass and biological species in the reactor.the negative charged micro-organisms needs the positive charged filter.
MBBR K1 Bio Filter Media Technical Parameter
| Porosity | 85% |
| Doing Ritio | 15-65% |
| Membrane-formng Time | 3-15days |
| gNH4N/M3.d | 400-1200 |
| gBOD5/M3.d | 2000-10000 |
| gCOD5/M3.d | 2000-15000 |
| Applicable temperature | 5-60℃ |
| Life-span | >15years |
| Material | HDPE |
| Model | D1-10-8 |
| Bulk Density | 150kg/m3 |
| Dimensions | Ø10*8mm |
| Total Surface Area | >750m2/m3 |
| Protected Surface Area | >500m2/m3 |
| Material | HDPE |
| Density | 0.96g/cm3 |
| Color | White black OEM |
Biofilter Media Advantage
- Self-regulation
- High compact factory
- Loading rate
- Simple operation and low price
- Maintenance requirements
- Better oxygen transmission
- Effectiveness
- Easy to expand existing treatment plant
- Reduce energy
- Low sludge production
- Tasteless operation
- Improve settlement
- Downstream unit low capital cost
- Denitrification
MBBR Media Used in Wastewater Treatment
- Rapid carrier bio film formation mechanism
- Super decarburization, ammonia nitrogen removal capacity
- Excellent resistance to shock load performance
- Flexible way of engineering application
- Simple operation and maintenance
- Long service life-100% virgin HDPE material.
- Deoxidation and phosphorus removal effect is good
Biofilter Media Application
One cost-effective solution to achieve nutrient removal is the biological treament process. This process employs the
benefits of fixed-film systems into the suspended growth activated sludge process. This hybrid process is referred to as Integrated Fixed-film Activated Sludge (IFAS) technology. The IFAS process is typically divided into a series of stages that include anaerobic, anoxic, and aerobic volumes. Within the IFAS process, media is filled in the aerobic stages and retained
by stainless steel wedge-wire screens located at the effluent end of the process stage.
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