MBBR filter media measure utilizes the rule of vigorous processing to decrease the BOD and COD present in the profluent. In high-impact absorption, microorganisms are developed on the biofilm within the sight of oxygen. Oxygen is utilized as an impetus in this cycle as it improves the development of microorganisms. The media utilized in the MBBR cycle has a surface on which biofilm can develop. For the most part, this media is produced using virgin HDPE material. Be that as it may, there are media with various MOC's too, the most widely recognized is PU (Polyurethane).
There is an ensured surface on each biofilm transporter which builds the profitability and development of heterotrophic and autotrophic microscopic organisms inside its cells. It is this high-thickness populace of microscopic organisms that accomplishes high-rate biodegradation inside the framework while also offering measure unwavering quality and simplicity of activity.
Preferences of MBBR
Moving bed media framework requires a lesser impression contrasted with the enacted slop framework on the grounds that the biomass in MBBR is more thought and the proficiency of the framework is less subject to the last ooze.
MBBR framework needn't bother with the reusing of the slop.
A current plant's ability can be expanded by utilizing MBBR as a retrofit.
In the future, if the natural burden or the flowrate expands, we can build the limit by adding more media in the tank.
MBBR has a higher successful slop maintenance time (SRT), which is ideal for nitrification.
As there is no muck return time measure execution is free of the optional clarifier.
Moving bed natural channels likewise alluded to as moving bed organic reactors or MBBR's, are ideal natural channels for smelling salts and nitrite evacuation in sea-going frameworks.
Moving bed natural reactors perform organic filtration in a controlled manner yet continually keeping natural media in suspension with air, which oxygenates the water around the media and transports oxygen to the biofilm.
This air circulation at the same time takes a bit of CO2 from the way of life water, settling pH in the reactor and bringing down CO2 levels for the way of life species.
MBBR's (Moving Bed Biological Filters) work at extremely low head pressures, and generally under gravity after a drum channel, lessening siphoning costs drastically.
Their principal advantage anyway is biofilm control and self-cleaning. Because of the consistent air circulation, the media peel against each other, eliminating waste and shedding old and wasteful layers of biofilm, keeping the nitrifying microorganisms layer slim and youthful, for greatest smelling salts take-up.
Experts have streamlined our MBBR plan and operation by:
- Media decision
- Control of abide times
- Streamlining pipe measures and limiting grinding misfortune
- Cautious control of measurements and blending necessities
- Predominant biofilm control through cutting edge blending
- Advanced air circulation and dissemination through diffuser plan and material choice
Media Choice
The standard media we utilize in our MBBR channels is the PAX-1 organic transporter, a standard plan that is dimensioned for ideal blending, water stream, water dispersion, squander expulsion, and biofilm surface zone development.
It has a base surface zone of 1000m2/m3.
Additionally accessible to use in our MBBR's is the Hel-X Flake natural media, the chip/wafer style media was the first of its sort on the planet, and Hel-X keeps on driving the route in this style of an organic channel media plan and assembling.