Product overview:
MBR, short for Membrane bioreactor, is a new sewage treatment technology combining high-efficiency membrane separation technology with biochemical technology. It inherits the characteristics of membrane separation technology and biochemical treatment technology and strengthens the biochemical treatment effect. Its main advantages are as follows: anti-pollution, large flux, low operation cost, strong impact resistance of the system, less sludge amount, high automation degree and the like.

Product Features

The solid-liquid separation is carried out efficiently, the separation effect is far better than that of the traditional sedimentation tank, the effluent quality is good, the suspended matters and the turbidity of the effluent are close to zero, the effluent can be directly reused, and the sewage resource is realized.

Due to the high-efficiency retention of the membrane, microorganisms are completely retained in the bioreactor, the complete separation of hydraulic retention time (HRT) and sludge retention time (SRT) of the reactor is realized, and the operation control is flexible and stable.

Because MBR combines the aeration tank and secondary sedimentation tank of traditional sewage treatment into one, and replaces all the process facilities of tertiary treatment, it can greatly reduce the floor area and save the civil investment.

The invention is beneficial to the interception and propagation of nitrifying bacteria, has high nitrification efficiency of the system, and also has the functions of ammonia removal and phosphorus removal by changing the operation mode.

As the sludge age can be very long, the degradation efficiency of refractory organic matters is greatly improved.

The reactor operates under high volume load, low sludge load and long sludge age, and the output of excess sludge is extremely low. Because the sludge age can be infinitely long, zero sludge discharge can be realized in theory.

The system realizes PLC control and is convenient for operation and management.

Specifications and models