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Beijing Huiyuan Sanda water treatment equipment Co., Ltd
Hot line: 010-83688022
Tel: 010-88112995
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Mail box: zyg @ kusaing.com
Website address: kusaing.com
Address: 4 / F, block B, building 1, No. 18 Longqing street, Beijing Economic and Technological Development Zone
Address of Shandong Branch: 169 Dexin street, national high tech Industrial Development Zone, Yucheng City, Shandong Province

Microelectronic analysis of pure water scheme

Release date: 09:15:02, 2019

 

Microelectronic analysis water purifier
1. Inlet pipe diameter: Dn40
2. Power supply: 380V, 5.0kw
3. Floor space: 4000 * 1500 * 1800mm
4. Ambient temperature: 5-45 ℃
5. There should be drainage ditch or floor drain nearby
Microelectronic analysis of pure water is relative to pure water. There are only water molecules (H2O), hydrogen and oxygen in absolutely pure water, which is not conductive. Ultrapure water is the most close to absolute pure water that can be made by man. The maximum resistance of ultrapure water is 18.2m Ω. Ordinary tap water contains a variety of ions, charged colloids and other charged impurities, which makes water conductive. In the field of production, many processes have certain restrictions on the content and types of impurities in water. Therefore, the concept of ultra pure water appeared earlier in the industrial field. After the appearance of membrane treatment, the development of ultra pure water has entered a new era. There are many kinds of membrane treatment methods, such as microfiltration (MF), sodium filtration (NF), ultrafiltration (UF), reverse osmosis (RO), dialysis (d), electrodialysis (ED), packed bed electrodialysis (EDI), gas separation (GS), pervaporation (PVAP), emulsion membrane (ELM), etc. GS, PVAP and elm are less used in water treatment. Due to their own limitations, D and ED methods are less used now. At present, dialysis has certain application in pharmaceutical industry, but it is less used in water treatment.  
The features of microelectronic analysis water purifier are as follows
1. The water quality is stable
2. It is easy to realize automatic control
3. No chemical regeneration is required
4. No shutdown due to regeneration
5. Low operation cost
6. Small floor area
7. No sewage discharge
Process flow of microelectronic analysis water purifier:
Pretreatment system - reverse osmosis system - intermediate water tank - coarse mixing bed - fine mixing bed - pure water tank - pure water pump - ultraviolet sterilizer - polishing mixed bed - precision filter - water object (18m Ω. Cm)
Application fields of microelectronic analysis water purifier:
Electronic industry, pharmaceutical industry, electroplating industry, aerospace, power industry, smelting industry and other industrial applications.