SSI Aeration Private Limited

Installation Type	Prefabricated
Water Source Type	Sewerage
Industry	Housing
Treatment Technique	Mixed Bed Bio Reactor
Water Source	Domestic Waste Water
Air Blower Power	3 kW
Brand	SSI Aeration
Inlet Water Quality	400 ppm BOD
Capacity	150 - 500 m3/day
Impurities To Be Removed	Oil and Grease
Treatment Stages	Secondary Treatment
Secondary Treatment Type	Moving Bed Bioreactor (MBBR)
Automation Grade	Automatic
Air Blower Count	2
Treated Water Quality	BOD: 30ppm and 15ppm
Overall Dimensions	8' x 40'
Control Module	Control Module Available
Equalization Chamber Volume	Optional
Sludge Holding Chamber Volume	Optional
Aeration Chamber Volume	Available
Clarifier Chamber Volume	Available
Disinfection Chamber Volume	Optional
Land Occupation	8ft x 40ft
Retention Time	4hrs
End Use Of Treated Water	Irrigation
I Deal In	New Only
Country of Origin	Made in India

Containerized Sewage treatment plants are ideal for the medium size treatment plant less th 1 MLD and bigger than 150KLD. It employs SSI Aeration USA - EEvolved MBBR technology for the sewage treatment. Ideal for medum size aparments given less flow and treatment palnt is completely underground. 

The EEVolved MBBR from SSI Aeration provides unparalleled results. This proprietary technology involves an innovative biofilm technology for biological treatment. SSI engineers designed the EEVolved MBBR with an advanced understanding of hydrodynamics, aeration integration, and biofilm. As a result, clients receive a treatment process focused on efficiency and safety. EEVolved MBBR systems have the most effective and secure treatment processes available.

SSI Aeration’s MBBR offers advantages only found in our MBBR process design services. MBBR engineers at SSI focus on minimising the following:

• Energy and operating cost: An MBBR system consumes less energy than other wastewater systems, reducing overall operating costs.

• Reactor volume and HRT: MBBR systems also lower HRT. Thanks to these lower HRT rates, the MBBR can operate in a smaller reactor, saving space.

• Control complexity: Many of the processes involved in MBBR systems rely on microorganisms. As a result, the operator has fewer controls to manage, experiencing a simpler operation.

• Operator intervention: Since an MBBR system requires less complex controls, the operator does not need to intervene as much as they would with another system.