Medical specific EDIUltra pure water equipmentThe water produced after deep treatment using ion exchange technology, reverse osmosis technology, fine filtration, and other appropriate physical processing methods. The effluent quality of EDI ultra pure water equipment is even purer, with a resistivity of 18.3 million.

Beijing EDI Ultra Pure Water Equipment

　　Process flow of deionized ultrapure water equipment

1. The process of using ion exchange is as follows:

Raw water → raw water booster pump → multi-media filter → activated carbon filter → water softener → precision filter → cation resin filter bed → anion resin filter bed → cation anion resin mixed bed → microporous filter → water point.

2. Adopting a two-stage reverse osmosis method, the process is as follows:

Raw water → Raw water booster pump → Multi medium filter → Activated carbon filter → Softener → Precision filter → First stage reverse osmosis → PH adjustment → Intermediate water tank → Second stage reverse osmosis (with positive charge on the surface of the reverse osmosis membrane) → Purified water tank → Pure water pump → Microporous filter → Water point.

3. The process of using EDI is as follows:

Raw water → Raw water booster pump → Multi medium filter → Activated carbon filter → Softener → Precision filter → Primary reverse osmosis machine → Intermediate water tank → Intermediate water pump → EDI system → Microporous filter → Water point.

The so-called ionized water standards and functions are different, and the conductivity is ≤ 10 μ S/CM. Other animal drinking water (pharmaceutical), ordinary chemical raw material ingredient water, food industry ingredient water, ordinary electroplating industry washing deionized water, textile printing and dyeing desalination pure water, polyester slicing pure water, fine chemical water, civilian drinking pure water, and other water with the same water quality requirements. EDI ultra pure water equipment can meet the above requirements.