Integrated MBR Reactor Structure Diagram Product Features:
The integrated MBR reactor has a modular function: it integrates the anoxic tank, MBR bioreactor tank, sludge tank, clean water tank, and equipment operation room into a large box, with a compact structure, simple process, small footprint (only 1/3-1/2 of traditional processes), convenient incremental expansion, high degree of automation, easy operation and maintenance, and can be moved anytime and anywhere. This device can be directly transported to the treatment target location for large-scale treatment without the need for secondary construction.
Integrating sewage treatment and water purification processes into the same device, which can be shallowly buried underground or placed on the surface; The treatment produces almost no sludge and has no impact on the surrounding environment; Good operational performance, high reliability, stable effluent quality, and low operating costs.
When treating urban sewage, it is resistant to shock loads, has high pollutant removal efficiency, strong nitrification ability, can simultaneously carry out nitrification and denitrification, and has the function of nitrogen and phosphorus removal. It is very suitable for treating urban sewage and decentralized sewage. The effluent can be reused or directly discharged to meet the standards, which can meet the different water quality needs of different users.
The filling material made of new environmentally friendly active ion materials is placed in the clean water disinfection tank, which not only has bactericidal and disinfection effects but also effectively removes heavy metal ions from the effluent. It not only overcomes the problem of secondary pollution caused by drug washing and disinfection, but also reduces the concentration of heavy metals in the effluent, greatly improving the quality of recycled water.
The aeration pipeline of the membrane bioreactor tank is divided into two paths, one for aerating the surrounding activated sludge and the other for aerating the membrane of the membrane module. Its advantage is that the flushing force generated by the aeration of the membrane causes the membrane to flap against each other, which can shake off the calcified sludge attached to the surface of the membrane pores, greatly increasing the membrane flux and extending the membrane's service life, thereby reducing operating costs.