Mbbr Process Design Calculations Xls

Mbbr Process Design Calculations Xls
Details:
Type:MBBR 04
Size:Φ11*7 mm
Hole:4 rooms
Surface Area:more than 900m2/m3
Porosity: 85%
Densilty: 0.96-0.98g/cm3
Packing Numbers:>830000pcs/m3
Material: HDPE
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Description
Technical Parameters

 

Aquasust Super MBBR Media

The Aquasust Super MBBR Media Is An Attached-Growth Biological Treatment Process That Uses Special Carriers To Create A Large Surface Area For Biofilm Growth

 

The Aquasust MBBR plant can be designed as a stand-alone treatment process or to provide pre-treatment, effluent polishing, nitrification, or nutrient reduction. The MBBR treatment process is typically used for smaller (< 10,000 gpd) flows, ammonia polishing, and high-strength wastewater pre-treatment.

 

The Aquasust MBBR reactor consists of a tank filled with plastic media having specific gravity slightly less than 1.0. The large surface area of the media provides the abundant contact area for bacterial attachment. Biomass grows on the surfaces of the media as a thin film. Medium or coarse bubble diffusers placed at the bottom of the reactor maintain a dissolved oxygen (DO) concentration of about 4 – 5 mg/L for BOD removal and nitrification. To keep the media from flowing out of the tank, screens are placed on the discharge outlet piping. A clarifier may be placed downstream of the MBBR to separate sloughed solids from the treated effluent. The settled solids are wasted from the system and no sludge recycle is required for this process.

 

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MBBR technology employs thousands of polyethylene biofilm carriers operating in mixed motion within an aerated wastewater treatment basin. Each individual biocarrier increases treatment capacity by providing protected surface area to support the growth of heterotrophic and autotrophic bacteria within its walls. It is this high-density population of bacteria that achieves high-rate biodegradation within the system, while also offering process reliability and ease of operation.

 

This technology provides cost-effective treatment with minimal maintenance since MBBR processes self-maintain an optimum level of productive biofilm. Additionally, the biofilm attached to the mobile biocarriers within the system automatically respond to load fluctuations.

 

Basic feature
 
 
 
Item No. Diameter * Height Surface Area Rooms
MBBR 04 11 mm * 7 mm >900 m2 / m3 4 Rooms
MBBR 05 11 mm * 7 mm >1000 m2 / m3 5 Rooms
MBBR 06 16 mm * 10 mm >800 m2 / m3 6 Rooms
MBBR 08 10 mm * 5 mm >3500 m2 / m3 8 Rooms
MBBR 19 25 mm * 12 mm >650 m2 / m3 19 Rooms
MBBR 37 25 mm * 12 mm >800 m2 / m3 37 Rooms
MBBR 38 25 mm * 10 mm >800 m2 / m3 38 Rooms
MBBR 40 15 mm * 15 mm >900 m2 / m3 40 Rooms
MBBR 61 25 mm * 4 mm >1250 m2 / m3 61 Rooms
MBBR 64 25 mm * 4 mm >1200 m2 / m3 64 Rooms
MBBR 78 25 mm * 4 mm >1600 m2 / m3 78 Rooms

 

 

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