The integrated membrane bioreactor (MBR) process is an organic combination of wastewater biological treatment technology and membrane separation technology. After the biological treatment of sewage in the reactor completes the decomposition and conversion of organic pollutants, the efficient separation of sewage using microfiltration membranes or ultrafiltration membranes is achieved to achieve the final purification effect of sewage. The membrane components installed in the reactor can completely replace the secondary sedimentation tank and conventional filtration and adsorption units in traditional processes, enabling complete separation of hydraulic retention time and sludge, and achieving stable and high-quality effluent quality.
MBR process technology features:
The efficient separation effect of membrane technology completely separates suspended substances, colloidal substances, microbial communities in wastewater from purified water, effectively replacing traditional treatment equipment such as sedimentation, filtration, and adsorption, making the effluent quality more stable and high-quality.
The MBR integrated membrane bioreactor can filter out harmful microorganisms such as bacteria and viruses, reducing disinfection costs while expanding the scope of wastewater reuse.
The efficient interception effect of the MBR integrated membrane bioreactor enables the complete survival of the microbial community in the reactor, achieving complete separation of hydraulic retention time and sludge, while improving biochemical efficiency and ensuring flexible and stable operation control of the system.
The process of MBR integrated membrane bioreactor is simple and easy to integrate, and the treatment system occupies only half of the traditional process area. The system is controlled by a programmable controller, which can effectively reduce labor intensity and operating costs.
MBR process technology features:
The efficient separation effect of membrane technology completely separates suspended substances, colloidal substances, microbial communities in wastewater from purified water, effectively replacing traditional treatment equipment such as sedimentation, filtration, and adsorption, making the effluent quality more stable and high-quality.
The MBR integrated membrane bioreactor can filter out harmful microorganisms such as bacteria and viruses, reducing disinfection costs while expanding the scope of wastewater reuse.
The efficient interception effect of the MBR integrated membrane bioreactor enables the complete survival of the microbial community in the reactor, achieving complete separation of hydraulic retention time and sludge, while improving biochemical efficiency and ensuring flexible and stable operation control of the system.
The process of MBR integrated membrane bioreactor is simple and easy to integrate, and the treatment system occupies only half of the traditional process area. The system is controlled by a programmable controller, which can effectively reduce labor intensity and operating costs.
