"Frere Lumina" Шұғыл терең ультрафильтрациялық мембрана

The "Frere Lumina" series submerged ultrafiltration membrane products use 1.35mm high flux PVDF composite membranes and high-density membrane modules, which have the characteristics of high water production flux, stable water quality, strong anti pollution ability, small footprint, and low energy consumption. It can be widely applied in the fields of reclaimed water reuse, advanced sewage treatment, municipal water supply, etc. In large-scale municipal water supply projects, it is recommended to use siphon type unpowered water production, which can reduce operating energy consumption by more than 50%. [Product Features] >Uniform membrane pores and high porosity The average pore size of membrane fibers is 0.03um, with uniform distribution of membrane pores, high porosity, higher resistance to pollution, and longer service life. By adjusting the membrane material formula and upgrading the process, the operating flux has been increased by 25%. >Ultra fine inner lining film fibers, high packing density The column type component structure with ultra-fine film fiber lining has increased the packing density by 50%, effectively reducing land occupation and project investment. >High retention rate of bacteria and viruses The bacterial retention rate is greater than 5Log, the virus retention rate is greater than 4L0g, the water quality of the produced water is safe and stable, meets the hygiene and safety standards for drinking water, and has a product hygiene license.  >Unpowered siphon water production Frere low-pressure high flux submerged ultrafiltration membrane can choose non powered siphon water production, saving more than 50% energy and increasing water production efficiency to 97%. [Application Fields] The "Frere Lumina" series submerged ultrafiltration membrane products have strong resistance to water quality and quantity shock loads, and can withstand more complex inlet water quality. Siphon type unpowered water production can be selected, which is suitable for projects with large scale, low operating costs, and fluctuations in incoming water quality and quantity. Widely used in water treatment fields such as municipal drinking water, municipal recycled water, textile printing and dyeing wastewater, pulp and paper wastewater, basic chemical wastewater, mine water, steel water, PCB electroplating wastewater, power water, semiconductor water, etc.

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