Ultrafiltration mineral water production system

Abstract

The invention specifically discloses an ultrafiltration mineral water production system which comprises a water source pump, a silt pump, an active carbon pump, an ultrafiltration membrane pump, an oxidizing tank, a water quality detection module and a canning module; a water introducing pipe is successively connected to the water source pump, the silt pump, the active carbon pump, the ultrafiltration membrane pump, the oxidizing tank, the water quality detection module and the canning module; the oxidizing tank is connected to an ozone generator which is connected to an air compressor; a lifting mechanism for transferring water in the previous step to the next step is arranged among the mechanisms. According to the system, by filtering the silt in original water, silt and matters harmful to human body in the original water are removed, and the water is sterilized by means of physical and chemical methods, so that the mineral water reaches a drinking standard. The sampling percent of pass of the mineral water produced by the system disclosed by the invention is 98.5%. According to the mineral water produced by the system disclosed by the invention, residues meet the predetermined state standards through real-time monitoring, so that the system disclosed by the invention has relatively good market prospect and application value.

Description

technical field [0001] The invention relates to the technical field of water purification, in particular to an ultrafiltration mineral water production system. Background technique [0002] The source of mineral water is the mineral water that gushes out naturally deep underground or is produced by artificially developed underground mines. It is usually rich in minerals, trace elements, etc. Under normal temperature and pressure, its chemical composition, flow rate and other dynamic fluctuations are relatively stable. Consumers love it. However, with the rapid development of my country's economy, pollution has increased, and some remote areas also have environmental pollution problems, so not all mineral water can be directly drunk. Therefore, before filling general mineral water, it is necessary to evaluate the water quality, and carry out a series of operations such as purification and filtration of mineral water according to the actual water quality. The existing minera...

AI Technical Summary

Problems solved by technology

The existing mineral water production line usually only purifies the water quality without real-time detection of the water quality

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