Edi Equipment/electrodeionization Edi/water Electrodeionizer

1 ton EDI equipment
2 ton EDI equipment
3 ton EDI equipment
*-ton EDI equipment
6 ton EDI equipment
*5 ton EDI equipment
*0 ton EDI equipment
*0 ton EDI equipment
Ultrafiltration + two-stage reverse osmosis +EDI process equipment

We can customize the equipment according to your water quality

Electrodeionization (EDI) technology is the integration of electrodialysis and ion exchange technology, through the anion and cation exchange membrane selective through the effect of anion and cation and ion exchange resin of ion exchange, under the action of dc field, realize the directional migration of ions, thus complete the depth of the water desalination, dissociation of water and electricity at the same time produce hydrogen ions and hydroxyl ions on ion exchange resin regeneration, so there is no need to acid and alkali chemical regeneration and can continuously producing ultrapure water.

1. After the water produced by RO enters the EDI module, it is evenly distributed to the fresh water chamber.
2. The trace ions of RO membrane that have not been removed are adsorbed on the surface of the membrane by the ion-exchange resin in the fresh water chamber.
3. Direct current is applied to the electrodes at both ends of the EDI module to drive the anion ions in the fresh water chamber to migrate to the corresponding electrodes to the concentrated water chamber, so as to produce high pure water.
4. Under the action of electric field, water molecules are dissociated into H+ and OH- in a large number, so the ion-exchange resin is continuously regenerated.

Source:                                 reverse osmosis RO produces water
Electrical conductivity:                   less than *0 x S/cm
Best conductivity:                           ***0 knots per cm
Maximum conductivity:                 less than *0 ~ S/cm
PH:                                                    **8 -
Temperature:                                   5 ℃ - *8 ℃
Inlet pressure:                                 0.**0.6mpa
Hardness:                                        less than 0.5 PPM (CaCO3)
Silicon:                                             less than 0.5 PPM (in SiO2 meter)

1.Runs automatically and controlled by PLC
2.Protection system, plant turns off if it encounters a fault
3.Energy saving and low noise, no need to heat
4.Stable running, high desalination and recovery rate with no pollution
5.Compact structure and saves installation place
6.Easy to operate, wash RO membrane when turn on and off
7.Dependable performance and long life time
8.Highly efficient and low carbon emissions