Moving bed biofilm reactor (MBBR) technology deals with thousands of polyethylene carriers operating mix motions within a wastewater basin. In short, MBBR is wastewater treatment. The technology was first developed in the 80s by Hallvard Odegaard. This hyperactive tool organically removes denitrification and detoxification particles. Their treatment therapy works for both industrial and municipal principalities. MBBR is a single treatment process that can work in combination with other wastewater treatment technology. The technology can also be used in a train to combat other types of biofilm. The commercial industry is the main entity using MBBR technology.
Wastewater treatment is necessary to remove as many solid particles as possible. The solids are removed before the effluents hit the environment. MBBR technology helps to ease this process. Solid material will decay and block the oxygen used by animals that use the water. Solid material can also stamp out the oxygen for plants that are living in the water. MBBR treatments attempt to stop harmful material from reaching the environment by treating the wastewater. Treatment reduces the harmful toxins that are able to reach the air. MBBR technology also treats the water that goes down our drainage system in municipalities and residential areas.
What Are the Benefits of MBBR Technology
The MBBR technology uses the entire tank to promote biomass growth. They utilize simple floating media technology that act as attached growth for the biofilm of MBBR technology. The active sludge process of biofilm is also used in wastewater treatment used alongside the technology. Air bubbles are created with the agitation system in most wastewater treatment technology by biofilm carriers. The goal is to separate the solids in the MBBR technology treatment process. This compact system treatment is able to remove nitrogen and phosphorous particles from wastewater.
Other Advantages of MBBR Technology
- fluctuating hydraulics system
- organic loads
- reduces power consumption
- aesthetics
MBBR Construction Principles Summary
The MBBR technology has several styles and shapes. Your carrier filling will determine your volume. The MBBR technology will be based on specific wastewater characteristics. MBBR is also based on the location of the wastewater system. They’re placed in a series that’s based on the actual load that enters each reactor. The wastewater treatment system is used around the world and was perfected in the Norwegian area by its original founder.
Settled wastewater will pass through the MBBR to reduce chemical oxygen demand. They’re equipped with vertical or horizontal mesh sieves. Their components contain high-density polyethylene. Traditional models contain a cross on the inside and fins on the outer region. Smaller MBBR systems require a smaller volume to operate. The system is based on loading technology that’s used to operate the overall system. Experts suggest using MBBR in combination with a septic tank or pre-coagulation wastewater treatment. They provide a secondary treatment system for municipality wastewater functions. They make it possible to eliminate the recirculation of sludge in wastewater treatment.
Business News on MBBR Technology in India
India is currently using MBBR as wastewater treatment under several different names. The technology is especially useful in newly developed or redeveloping areas. They have utilized the technology at different ranges of flow with a minimum of 10m. India has regulations on treating sewage water before it’s released under statutory standards. There are an estimated 400 installations in India’s urban areas and townships. They have been able to reduce the load in standard sedimentation tanks. Performance is affected by a higher concentration of oil and grease and have some usage limitations in India. They have attempted to prevent clogging from natural elements like oil and grease components.
The adoption of MBBR technology has been a transformation for many areas that have considered using the technology. There haven’t been many full-scale results on the use of MBBR technology. The areas that are using it have seen a few drawbacks that include changing media, odor, and expense. The advantages of MBBR technology have been able to outweigh the disadvantages. Routine maintenance is also being used to keep the pumps and blowers operational. MBBR technology should be monitored to avoid failure.
short url:
