MBBR Media AS-MBBR19

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Hangzhou AquaSust Water Technology Co., Ltd.

Hangzhou, China

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AquaSust's MBBR media have a service life of more than 20 years and are made with a special formula and patented technology. Despite being prone to embrittlement throughout usage, they maintain good toughness and are extremely resistant to wear and UV rays. Thanks to a rigorous quality control system, our premium MBBR media are consistently supplied using 100% white virgin HDPE as the raw material, which satisfies FDA criteria.
The enormous specific surface area of AquaSust's MBBR medium helps improve oxygen utilization. Through aeration, they create a strong fluidized condition in water, which promotes oxygen transport and lowers energy usage. Aquaculture wastewater, industrial wastewater, and municipal wastewater can all be treated with these MBBR media. They can also be used in conjunction with activated sludge and MBR water treatment methods.

MBBR Media Specification

Mbbr Media (Type)	Diameter*Height (mm)	Surface Area (㎡/m³)	Inside Void Size (mm)	Number of units per m³
AS-MBBR.04	11*7	>900	5-6	940K
AS-MBBR.05	11*7	1000	5-6	980K
AS-MBBR.06	16*10	>800	7-8	260K
AS-MBBR08	10*5	3500		15.4M
AS-MBBR19	25*12	>650		118K
AS-MBBR 37	25*12	>800	5-6
AS-MBBR 38	25#10	>800	5-6
AS-MBBR 40	15#15	>900	Unique	230K
AS-MBBR 61	25*4	>1250		20K
AS-MBBR64		>1200		20K
AS-MBBR 78		>1600		210K

Characteristics of MBBR Media:

Ideal for treating ordinary sewage: The most traditional and popular filler in the MBBR process is AS-MBBR19, which may be used to treat both industrial and municipal wastewater.
Moderate surface area (>650 m2/m2): More biological attachment space encourages microbial growth and boosts sewage treatment efficiency.
Strong fluidity: AS-MBBR19 filler is lightweight and has wider pores. For increased biofilm renewal efficiency, it is therefore simple to flow in the reactor.
Good impact load resistance: It can handle variations in water quality, making it especially appropriate for situations where there are significant shifts in the volume of sewage.