Moving bed biofilm reactor - Wikipedia.
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The MBBR was operated under Sequencing Batch Reactor (SBR) modality with three 8-hour cycles per day over 70 days. During the second phase of the experiment, the pilot plant was operated over 79 days as a SBR. In both phases the influent was fed to the reactor at a flow rate corresponding to a Hydraulic Retention Time (HRT) of 4 days.
MBBR technology has become the preferred biological treatment technology because it offers several advantages over the traditional Activated Sludge Process, the most popular technology. Some of the key features of MBBR process are provided below: 1.
MBBR presents several operational advantages like less HRT, smaller footprint; this technology gives us low concentration of solids leaving the biological reactors and good settling characteristic of sludge.
This review focuses on the advantages and challenges of using moving-bed biofilm reactor technology as an effective aerobic polishing treatment unit for palm oil mill effluent with the aim of.
Membranes, an international, peer-reviewed Open Access journal. Dear Colleagues, In the last few years, membrane bioreactors (MBR) have appeared and have become one of the best advanced technologies, being increasingly implemented for wastewater treatment due to its ability to comply with stringent requirements, in terms of quality standards for final discharge.
THE MBBR CONCEPT. MBBR ( Moving Bed Bio Reactor) waste water treatment plant can be described as a confined space in which the organic digestive microorganisms get attached to specially designed plastic media called AGM ( Attached Growth Media). The AGM Bio Media become carriers that build floating bed in the waste water.