Reverse osmosis Ultra-pure Water treatment and EDI system deionized water equipment for Cosmetic or daily use
Payment & Shipping Terms:
|Warranty:||18 Months||Material:||Stainless Steel|
|Capacity:||2 Tons Every Hours||Application:||Medical Treatment|
electrodeionization water treatment,
edi water treatment system
Large Scale RO Water Purification System / 2000L Reverse Osmosis Plus EDI Plant For Laboratory
What is EDI?
Ultra-pure water treatment removes salts from the water in a deep layer to increase the purity of the water.
The treatment system uses a booster pump, a UV sterilizer, a microporous filter, an EDI device, a pure water tank, a pure water pump, a polishing mixed bed, and a terminal filter.
The EDI device is a mature technology that replaces the mixed ion exchange bed after the application of the reverse osmosis system, and has stable water production quality, low operating cost, and convenient operation and management.
Small footprint and no harmful waste water discharge.
The development direction of ultrapure water preparation technology has been adopted by major water treatment engineering companies all over the world.
Especially in the pharmaceutical, semiconductor, power and optoelectronics industries have been widely used.
The advantages of EDI pure water equipment generally have six major advantages:
1 does not require acid-base regeneration;
2 can be continuously produced:
3 does not need to deal with waste acid and alkali;
4 low operating costs;
5 system design and installation is simple;
6 The effluent water quality is stable.
Machine detail of 2T/H EDI Pure water system:
1. Semiconductor and electronics industry - ultrapure water
2. Biological and pharmaceutical industries - purified water
3. Power plant - boiler feed water
4, surface coating
5. Consumer goods and cosmetics industry
6, instead of all kinds of distilled water
7. Other industries that require high purity of water
Pre-treatment of 2000L Two-stage RO+EDI:
Water pump from 2000L EDI System:
CHUNKE 2000L RO+EDI System:
Contact Person: Abby