|Name:||EDI Water Plant||Capacity:||0.3-200000LPH|
|Raw Water:||Tap Water||Outlet Water's Silica:||5~20ppb|
|Outlet Water's Resistivity:||16~18.2MΩ.cm||Outlet Water's PH:||6-7|
20 PPB EDI Water Plant,
Microelectronics EDI Water Plant,
200000LPH EDI Water Treatment Plant
EDI Pure Water Plant for Microelectronics Industry,PH 6-7
EDI is a new desalination process that combines electrodialysis and ion exchange. This process takes the advantages of electrodialysis and ion exchange to make up for the shortcomings of the other, that is, the use of ion exchange energy to deep desalination to overcome electrodialysis Polarization and incomplete desalination, and the use of electrodialysis polarization to produce H+ and OH- ions to generate H+ and OH- ions to achieve self-regeneration of resin to overcome the defects of regeneration through chemical agents after resin failure, so EDI technology is a perfect desalination process .
EDI (Electro Deionization) Inlet Water Requirements
|Water supply||RO produces water, conductivity ≤20μs/cm (recommended <10μs/cm)|
|Hardness (calculated as CaCO3)||<0.5ppm|
|Oil and grease||can not be detected|
The main application areas of ultrapure water system equipment are pharmaceuticals, electronic power, petrochemical smelting, food and other industries.
EDI technical characteristics
★Continuous production, high water resistivity ≥15MΩ.cm
★Water production rate can be as high as 95%
★Stable water quality. No need for acid-base regeneration
★No sewage is produced.
★The system has a high degree of automation, simple operation and low labor intensity.
Contact Person: hongjun