Quotation for Environmental Protection EDI Ultra Pure Water Equipment

Industrial EDI Ultra Pure Water Equipment

1. No need for acid-base regeneration: In mixed beds, resin requires chemical acid-base regeneration, while EDI eliminates the processing and heavy workload of these harmful substances. Protecting the environment.

2. Continuous and simple operation: Due to each regeneration and changes in water quality in the mixed bed, the operation process becomes complex, while the water production process of EDI is stable and continuous, with constant water quality and no complex operating procedures, greatly simplifying the operation.

3. Reduced installation requirements: Compared to mixed beds with equivalent water treatment capacity, EDI systems have a smaller volume and adopt a modular structure that can be flexibly constructed according to the height and environment of the site. The modular design enables easy maintenance of EDI during production work.

Industrial EDI Ultra Pure Water EquipmentApplication field

1. Chemical water treatment in power plants

2. Ultra pure water for the electronics, semiconductor, and precision machinery industries

3. Preparation of food, beverages, and drinking water

4. Small pure water station, group drinking pure water

5. Fine chemical engineering and advanced science water use

6. Preparation of high-purity water required by other industries

7. Process water for pharmaceutical industry

8. Desalination of seawater, brackish water, etc.

EDIUltra pure water treatment equipment, abbreviated as EDI for Electrodeionization, is a type of equipment that utilizesIon exchange technologyPure water manufacturing technology combining ion exchange membrane technology and ion electromigration technology. It belongs to high-tech green environmental protection technology.

ElectrodeionizationThe EDI (Electronic Data Interchange) system is a scientific water treatment technology that purifies water by directing the movement of dielectric ions in the water through a partition under the action of a direct current electric field, and utilizing the selective permeation of ions by an exchange membrane. Between a pair of electrodes in an electrodialysis device, there are usually multiple sets of alternating arrangements of negative membrane, positive membrane, and separator (A, B), forming a concentration chamber and a dilution chamber (i.ecationCan pass through the cation membrane, anions can pass through the anion membrane.