Greenify’s comprehensive design and engineering processes contribute to the unique advantages the MBBR ETP Plant systems provide. The MBBR engineers at Greenify focus on minimizing the following elements:

Process Flow Diagram of MBBR Technology Effluent Treatment Plant:

Energy and operating cost: MBBR systems have optimal energy efficiency, resulting in lower operational costs.

Reactor volume and HRT: Greenify’s MBBR systems have low hydraulic retention time (HRT), which enables MBBR to operate effectively in smaller reactors.

Control complexity: Since MBBR systems use a biological treatment process, microorganisms are responsible for the majority of the treatment. As a result, the system requires less operator attention and intervention, making operation simple.

Footprint: An MBBR system uses biofilm carriers, which provide substantial surface area for microbial growth. The additional mass of microorganisms offers more treatment capacity in a relatively smaller footprint.

Additionally, GREENIFY’s MBBRs increase factors such as:
Treatment efficiency: An MBBR offers better treatment efficiency than other types of effluent treatment systems at lower space and budget requirements.

Hydraulic capacity: MBBR systems can handle more water at a given time than other systems, enhancing overall efficiency.

Volumetric efficiency: With bacteria managing much of the treatment process, the parts in an MBBR system can stay in better condition. As a result, the system optimizes the amount of water flowing through the pumps.

Process life span: The biofilm media carriers that hold an MBBR system’s bacteria have a long life expectancy. In turn, the system’s process lifespan also increases.

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