3000LPH Electrodeionization EDI Water Treatment Plant For Lab

Basic Information
Place of Origin: China
Brand Name: XST
Certification: ISO9001
Model Number: XSTEDI03
Minimum Order Quantity: 1 Unit
Price: USD 2000-10000 Per Unit
Packaging Details: Wooden Case
Delivery Time: 10-20 work day
Payment Terms: T/T, L/C, D/A, D/P
Supply Ability: 100 Units Per Month
Flow: 3000 LPH Inlet Conductivity: ≤30μm/cm
Inlet Pressure: 0.15-0.45MPa Inlet PH: 7.5-9
Temperature: 5-38℃ Inlet Hardness: <0.5ppm
TOC: <0.5ppm, None Is Better Inlet Total CO2: <3ppm
Control: Automatic Or Manual As Customized EDI Brand: GE, MICRONIX Or As Customized
Application: Water Purification,industrial Process Water Treatment,Drinking Water,Produce Ultrapure Water After-sale Guarnatee: 12 Months
High Light:

3000LPH EDI Water Treatment Plant

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DN25 EDI Water Treatment Plant

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3000LPH RO Water Treatment Plant

3000LPH EDI Electrodeionization UP Water Purifying Machine Ultrapure Water System For Lab

 

3000LPH Electrodeionization EDI Water Treatment Plant For Lab 0

Description of Electrodeionization Water Treatment EDI

EDI Ultra Pure Water RO Water Treatment Plant

EDI is a cost effective, environmentally friendly alternative to conventional post-RO ion ex-changer applications in high purity water treatment.

Electro-deionisation (EDI) is a continuous deionization process combining electrodialysis (ED) and ion-exchange(IE) membranes and resins for producing ultra pure water.

Between a pair of electrodes of an electrodialyzer, there are usually multiple sets of anion membrane, cation membrane and separators (A, B) alternately arranged to form a dense chamber and a weak chamber (that is, cations can pass through the cation membrane, and anions can pass through the anion membrane). The cations in the water in the depleted room migrate to the negative electrode through the positive membrane and are intercepted by the negative membrane in the concentrated room; the anions in the water migrate towards the positive electrode and are intercepted by the positive membrane in the concentrated room, so that the number of ions in the water passing through the depleted room gradually decreases. It becomes fresh water, and the water in the concentration chamber, due to the continuous influx of anions and cations in the concentration chamber, the concentration of dielectric ions continues to rise, and becomes concentrated water, thereby achieving the purpose of desalination, purification, concentration or refining.

 

3000LPH Electrodeionization EDI Water Treatment Plant For Lab 1

3000LPH Electrodeionization EDI Water Treatment Plant For Lab 2

Inlet water quality request

EDI Ultra Pure Water RO Water Treatment Plant

1. Raw water: after RO treatment, conductivity< 30us/cm

2. PH:7.5~9.0

3. Temperature:5~38℃

4. Inlet water pressure:0.2~0.5Mpa

5. Hardness(CaCo3):< 0.5ppm

6. Organic matter:TOC<0.5ppm

7. Oxidizer:C12<0.05ppm;O3<0.02ppm

8. Silicon:<0.5ppm(SiO2)

9. Total CO2:<3ppm

10. Particulates:< 1μm

 

Standard System

 

EDI Ultra Pure Water RO Water Treatment Plant

 

Model Flow
(T/hr)
Electrical resistivity
(MΩ)
Power
(KW)
Rated Volatag Recovery Inlet Pure water
XSTEDI05 5 15~18.2 1 220V/380v 85~95% DN20 DN20
XSTEDI10 1 15~18.2 1 220V/380v 90~95% DN25 DN25
XSTEDI20 2 15~18.2 1 380V 90~95% DN25 DN25
XSTEDI30 3 15~18.2 1 380V 90~95% DN25 DN25
XSTEDI40 4 15~18.2 1 380V 90~95% DN32 DN32
XSTEDI50 5 15~18.2 1 380V 90~95% DN32 DN32
XSTEDI80 8 15~18.2 2 380V 90~95% DN40 DN40
XSTEDI100 10 15~18.2 2.5 380V 90~95% DN50 DN50

 

3000LPH Electrodeionization EDI Water Treatment Plant For Lab 3

3000LPH Electrodeionization EDI Water Treatment Plant For Lab 4

3000LPH Electrodeionization EDI Water Treatment Plant For Lab 5

3000LPH Electrodeionization EDI Water Treatment Plant For Lab 63000LPH Electrodeionization EDI Water Treatment Plant For Lab 73000LPH Electrodeionization EDI Water Treatment Plant For Lab 8

 

3000LPH Electrodeionization EDI Water Treatment Plant For Lab 9

EDI Ultra Pure Water RO Water Treatment Plant

EDI equipment is applied after the reverse osmosis system to replace the traditional mixed bed ion exchange technology (MB-DI) to produce stable ultrapure water. Compared with mixed ion exchange technology, EDI technology has the following advantages:
①Stable water quality
②Easy to realize fully automatic control
③No shutdown due to regeneration
④No need for chemical regeneration
⑤Low operating cost
⑥Small plant area
⑦No sewage discharge

3000LPH Electrodeionization EDI Water Treatment Plant For Lab 10

Applications of Electrodeionization Water Treatment EDI

EDI Ultra Pure Water RO Water Treatment Plant

Thermal power plant, Atomic energy, Electronic optoelectronics industry, Printing industry, Automotive battery industry, Bioengineering, Synthenic chemical industry, Petrochemical industry, Environment industry, Hydrometallurgical industry, etc.

3000LPH Electrodeionization EDI Water Treatment Plant For Lab 11

3000LPH Electrodeionization EDI Water Treatment Plant For Lab 12

1. Professional manufacturer : More than 20 years experience in prodcuing pure water treatment system

2. Strict time control : Ensure delivery time.

3. Factory strength: The factory area is more than 2000m3, more than 150 workers.

4. After-sales service : 24 Hours online for service.

5. Customized is available. Sample order is available.3000LPH Electrodeionization EDI Water Treatment Plant For Lab 13

3000LPH Electrodeionization EDI Water Treatment Plant For Lab 14

 

 

Contact Details
Vera

WhatsApp : +17391819659