Mbr uf membrane is a best-selling product in the water treatment industry in recent years, and it is becoming more and more popular. So, what are the advantages of mbr uf membrane?

1. Advantages of mbr uf membrane

①. It can effectively carry out solid-liquid separation, and the actual effect of separation is much better than that of traditional grit chambers. The water body at the water outlet is good, and the suspended solids and turbidity at the water outlet are close to zero, which can be reused immediately to complete the recovery of wastewater.
②. The effective blocking effect of the uf filter membrane enables the microbial strains to be intercepted by the reactor, completes the complete separation of the hydroelectric residence time (HRT) and the sludge age (SRT) of the reactor, and makes the operation more sensitive and stable.
③. High bacterial content, strong anti-shock load working ability.
④. It is beneficial to the retention, growth and reproduction of digestive bacteria, and improves the nitrification reaction efficiency of the system, and has certain denitrification and phosphorus removal effects.
⑤. Sludge aging. The membrane separation technology makes the molecules in the wastewater difficult to degrade, and there is sufficient residence time in the undersized microbial reactor, which further improves the high degradation efficiency of the refractory organic compounds. The reactor operates at high volume load, low sludge load and long sludge age, which can establish almost no excess sludge discharge.
⑥. Save the secondary grit chamber and save the floor space.

⑦. Using PLC control system, it can complete the full mechanical automation.

2.The main purpose of mbr uf membrane

①. Industrial production wastewater: chemical plant wastewater, pharmaceutical wastewater, coking plant wastewater, landfill leachate.
②. Organic chemical wastewater with high concentration: food industry wastewater, breeding wastewater.
③. General wastewater: wastewater from daily life, urban living quarters, hotels and restaurants, wastewater station effluent and recycling.
④. Microenvironmental pollution of domestic water: water from rivers and water conservancy projects.

⑤. Upgrading, transformation and reuse of dissolved air flotation equipment.