The MBBR filter media for wastewater treatment systems are the finest water treatment solution for concentrated wastewater. The system of biological nitrogen elimination (BNR) can improve the methods of MBBR systems which boosts the treatment capacity thus improving waste matter excellence with no increased plant footprint.The MBBR biofilter media for wastewater treatment systems are the finest water treatment solution for concentrated wastewater. The system of biological nitrogen elimination (BNR) can improve the methods of MBBR systems which boosts the treatment capacity thus improving waste matter excellence with no increased plant footprint.
MBBR media fish farm for wastewater treatment is a biological technology utilized for wastewater treatment procedures appropriate for municipal as well as industrial applications. Another widespread name is the moving bed film reactor. MBBR proffer an economical solution for wastewater conduct. STP MBBR technology is the utilization of a moving bed biofilm reactor in sewage treatment plants.
MBBR is applicable to the miscellaneous quality of wastewater treatment. The application is resolute by the requisite results as well as regulations controlling discharge. The system can be of more than one stage depending on the precise requirements. The stages are made of person tanks separated by screens to ensure that bacteria remain in their precise tank.
MBBR Media Used in Wastewater Treatment
Aeration tank: The tank is similar to an activated mud tank. The aeration is utilized to keep in motion the activated sludge as well as carriers. The MBBR system separates the surplus bacteria as well as sludge which are focussed to the final separator.
Special plastic carriers: They provide a surface for biofilm expansion. Carrier materials are finished of materials with a width close to that of water (1g/cm3) an example is a high-density polyethylene (HDPE) with a thickness of 0.9g/cm3. These carriers are moved into the tank throughout the ventilation system. This ensures good contact between the wastewater as well as the biomass on the carriers.