Integrated ultrafiltration membrane water treatment device integrating membrane fiber detection

Abstract

The invention discloses an integration ultrafiltration membrane water treatment device integrating membrane fiber detection. The device comprises a cartridge filter, more than one ultrafiltration membrane component, a membrane fiber detection air pump, a first electromagnetic valve, transparent pipes, a water inlet manifold and a water outlet manifold, wherein a water outlet end of the cartridge filter is communicated with water inlet ends of the ultrafiltration membrane components through the water inlet manifold; the transparent pipes are fixedly arranged at water outlet ends of the ultrafiltration membrane components and are communicated with the water outlet manifold respectively; the membrane fiber detection air pump is communicated with the water inlet manifold through an air duct; the first electromagnetic valve is arranged on the air duct; the water inlet manifold is provided with a water inlet electromagnetic valve; and the water outlet manifold is provided with a water outlet electromagnetic valve. The device overcomes the defect that a conventional hollow fiber ultrafiltration membrane water treatment device cannot detect the healthy operation of the membrane fiber in time, and on the premise of not influencing the normal operation of the membrane treatment device, not only ensures that the quality of yielding water meets a national drinking water standard but also can conveniently detect whether a hollow fiber membrane fiber in the membrane component operates healthily so as to ensure the security of the yielding water quality.

Description

technical field [0001] The invention relates to an integrated ultrafiltration membrane water treatment device, in particular to an integrated ultrafiltration membrane water treatment device for hollow fiber membrane filament health detection. Background technique [0002] With the rapid development of my country's rural economy, the discharge of rural domestic sewage, industrial wastewater, garbage, agricultural production and livestock and poultry breeding waste has increased, and surface water and groundwater widely distributed in rural rivers, reservoirs, lakes, ditches, etc. Pollution is serious, the water quality of rural water sources is deteriorating day by day, and pollution accidents occur from time to time, which seriously threaten the health of farmers. [0003] Although traditional water treatment methods are mature and widely used, due to relatively poor water sources in rural areas, large fluctuations in water quality, and small water treatment volumes, small wa...

AI Technical Summary

Problems solved by technology

Once the membrane filament breaks, Giardia, Cryptosporidium, daphnia, red worm, etc. in the source water will directly enter the clean water tank from the broken membrane filament. If not found in time, it will seriously affect the health of users

At present, hollow fiber ultrafiltration membrane water treatment equipment does not have the function of membrane health diagnosis, and membrane treatment water purification devices in remote rural areas often lack regular management by professional engineers and regular water quality testing by health supervision departments, and membrane filaments are broken and damaged. It is difficult to be discovered in time, so that the quality of the effluent water from the hollow fiber membrane water treatment equipment cannot be guaranteed, and the safety risk is greatly increased

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