Specifications

No need for aicd-base consumption, and will not create any pollution
When produce 3.8m3/h, It consumes only 1KW

Specifications:

1. with ultralong purified channel design ,makes influent water route bigger,the time of purification longer,effluent water quality stable.

 

2. with independent seal ring design,It prevents module leaking.

 

3. No need for washing, be able to regenerate.

 

4. Concentrated water/ Electrolyte water can be recycled, effectively saving use-cost.

 

5. It's easy to operate and maintenance, and more convenient to use.

 

6. Components and parts are designed independently, ensure products quality stable.

 

Application:

 

1. Chemical water treatment of power plant

2. Electronics, Semiconductor, Precision Mechanism industries' ultra-pure water

3. Preparation of Foods, Beverage, drinking water

4. Small Purified Water Station, Group drinking water

5. Water for Fine Chemical Industry, Fine tip subjects

6. Preparation of ultra-pure water for other industries

7. Pharmaceutical Industry process water

8. Desalination of sea water and brackish water

 

Technical parameters:

 

Flow rate parameter: water throughput: 49-51L/H; electrolyte water: ≥8L/H; concentrated water: ≥15L/H

Working referenced voltage: 40V

Working referenced current: 0.03A

 

Inlet water pressure (producing water): ≤0.3Mpa

Inlet water pressure (electrolyte water): ≤0.15Mpa

Inlet water pressure (concentrated water): ≤0.15Mpa

Water recovery rate: ≤95%

producing water specification: 15-18.2MΩ.cm

 

EDI(Electrodeionization) is one kind of new mature water treatment technology integrating two kinds of deionizing technology--Electrodialysis deionization technology and Mixed-bed deionization technology.

 

With unique design, It makes influent water pass freshwater room filled with self-born resin, and makes the impurity ion in water absorbed by resin, thus gain pure water. while resin gains pollution-free regeneration under the effect of Water Hydrolysis in DC electric field, can keep resin active. but impurity ion released will move directionally under effect of DC electric field enter into concentrated water room through ion-selective membrane, then is taken away.