Production technique of Dabie Mountain area mineral water

Abstract

The invention relates to a production technique of Dabie Mountain area mineral water. The production technique is characterized by including: selecting Dabie Mountain area spring water as original water, filtering the original water via a PP cotton filter, a grit filter, activated carbon and a manganese sand filter, sterilizing the original water through medium-pressure ultraviolet, treating the original water with a UH reverse osmosis technique, sterilizing with a high intensity pulsed electric field, and performing sterile filling to obtain the Dabie Mountain area mineral water. The water provided is free of pollution, pathogenic bacteria, heavy metals and harmful chemicals; the mineral water contains minerals and trace elements needed by the body; the mineral water is no-degradation water in weakly alkaline and is micromolecule water high in activity; the mineral water is rich in beneficial minerals like strontium, zinc, selenium and metasilicic acid.

Description

technical field [0001] The invention belongs to the field of drinking water, and in particular relates to a production process for water scraping in the Dabie Mountains. Background technique [0002] Pure water is made from rivers, lakes, tap water, etc., and is made by distillation, electrodialysis, ion exchange, reverse osmosis and other treatment processes. It removes various elements in the water to the maximum extent and only retains water molecules. While removing harmful substances, beneficial substances are also removed; mineral water retains some substances and trace elements in the water to a certain extent, and the content of one or more minerals reaches the national standard. There are many drinking water beverages at home and abroad, such as Wahaha drinking pure water, Nongfu Spring drinking natural water, Evian natural mineral water and so on. According to the data, most domestic drinking water production sterilization processes use ozone or ultraviolet lamps ...

AI Technical Summary

Problems solved by technology

According to the data, most domestic drinking water production sterilization processes use ozone or ultraviolet lamps for sterilization treatment. Although the one-step sterilization method is simple, the sterilization effect is poor. At the same time, in the existing water filtration steps, quartz is mostly used. Sand and activated carbon are treated by layered filtration, and the filtration and adsorption effects are not good during treatment. In order to improve the cleaning effect, it is often necessary to increase the thickness of the filter medium

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