Vasu Pharmatech
Central Delhi, New Delhi, Delhi
GST No. 07AARFV9078N1ZX
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Product Details:
| Minimum Order Quantity | 200 Cubic Meter |
| Size | 12 X 25 mm |
| Country of Origin | Made in India |
| Number of Holes | 19 |
| Material | HDPE |
| Surface area | 500 m2/m3 |
| Dosing Ratio | 15-65% |
| Porosity | >90% |
| Membrane forming time | 3-15 Days |
| Applicable Temperature | 5-60 DegreeC |
| Product Code | VPFM 12 x 25 |
Moving bed biofilm reactor (MBBR) is a biological technology used for wastewater treatment process and it is widely used in sewage treatment plants and aquaculture farms. MBBR media is a novel biologically active carrier, it adopts scientific formula, depending on the nature of water. MBBR technology is more advanced & dominant in comparison to the suspended growth process. It allows bacteria to stick to the surface to form biofilm.
The technology is activated sludge process where the media is suspended in the reactor offers additional surface area for the microbes to grow and thus in turn maximizes the growth of microbes in a given volume of aeration tank.
Other Details:-
The sludge is collected on the plastic media carriers and forms a biofilm which have a large surface area for the growth of microorganism.
MBBR (moving bed biofilm reactor) systems are active biofilm carriers with optimal bacteria culture conditions for wastewater treatment.
MBBR is compact, simple to operate and very efficient for reducing biochemical oxygen demand (BOD),chemical oxygen demand (COD), ammonia and nitrogen from the waste water.
The media creates an environment for effective nitrification to take place and it remains suspended in aeration tank which assist the media with bacterial growth.
Air is injected into the system and Water flow is created by aeration that circulates the media throughout the vessel/tank.
The process consists of adding small cylindrical shaped polyethylene carrier rings (MBBR media) with specific density of about 0.96 kg/m3 in aeration tanks to support the biofilm growth. The bio-media can be loaded at the rate of 15% – 65% of the total volume of aeration tank, depending on the BOD/COD load.
Features
• Larger effective surface area, obtaining more organism.
• Lower energy consumption, saving space & shorten technology process.
Filter Media Technology
• Media has special design of surface & strong bio-film growth capacity, with large specific surface area, high voidage & the more periphyton biomass.
• It takes 3-15 days to get biofilm formation on media.
• It has excellent impact strength
Other Details
Product Details:
| Usage/Application | Wastewater Treatment Process |
| Size | 12 X 25 mm |
| Membrane Forming Time | 3-15 days |
| Qauntity | 96,000 Pcs Random Packing |
| BOD Oxidation Efficiency | 2000-10000 gm/m3 |
| Life Span | >10 Years |
| COD Oxidation Efficiency | 2000-15000 gm/m3 |
| No. of holes | 19 |
| Applicable Temperature | 5-60 Degree C |
| Surface Area | >500 m2/m3 |
| Porosity | >90% |
| Density | 0.94 - 0.96 gm/cm3 |
| MOC | VIRGIN HDPE |
| Dosing Ratio | 15-65% |
| Country of Origin | Made in India |
Moving bed biofilm reactor (MBBR) is a biological technology used for wastewater treatment process and it is widely used in sewage treatment plants and aquaculture farms. MBBR media is a novel biologically active carrier, it adopts scientific formula, depending on the nature of water. MBBR technology is more advanced & dominant in comparison to the suspended growth process. It allows bacteria to stick to the surface to form biofilm.
The technology is activated sludge process where the media is suspended in the reactor offers additional surface area for the microbes to grow and thus in turn maximizes the growth of microbes in a given volume of aeration tank.
Other Details:-
The sludge is collected on the plastic media carriers and forms a biofilm which have a large surface area for the growth of microorganism.
MBBR (moving bed biofilm reactor) systems are active biofilm carriers with optimal bacteria culture conditions for wastewater treatment.
MBBR is compact, simple to operate and very efficient for reducing biochemical oxygen demand (BOD),chemical oxygen demand (COD), ammonia and nitrogen from the waste water.
The media creates an environment for effective nitrification to take place and it remains suspended in aeration tank which assist the media with bacterial growth.
Air is injected into the system and Water flow is created by aeration that circulates the media throughout the vessel/tank.
The process consists of adding small cylindrical shaped polyethylene carrier rings (MBBR media) with specific density of about 0.96 kg/m3 in aeration tanks to support the biofilm growth. The bio-media can be loaded at the rate of 15% – 65% of the total volume of aeration tank, depending on the BOD/COD load.
Features
• Larger effective surface area, obtaining more organism.
• Lower energy consumption, saving space & shorten technology process.
Filter Media Technology
• Media has special design of surface & strong bio-film growth capacity, with large specific surface area, high voidage & the more periphyton biomass.
• It takes 3-15 days to get biofilm formation on media.
• It has excellent impact strength
Other Details