EDI water is a purified water treatment technology that uses a combination of ion exchange membranes, electric fields, and filtration membranes to remove dissolved ions from water.
Concept of EDI Water
EDI water is a purified water treatment technology that uses a combination of ion exchange membranes, electric fields, and filtration membranes to remove dissolved ions from water.
This technology is commonly used after an RO system to produce very high-purity water without using regeneration chemicals like traditional ion exchange systems.
Roles of EDI Water
- Produce ultra pure water for industries requiring high water quality
- Reduce operating costs by eliminating regeneration chemicals
- Continuous and stable operation
- Improve the efficiency of purified water treatment systems
Applications of EDI Water
- Ultra pure water production for electronics, semiconductor, and electronic component industries
- Boiler and turbine feed water for thermal power plants and energy plants
- Pharmaceutical, medical, and laboratory sectors requiring high-purity water
- Food and beverage industry processes requiring purified water
- High-tech industrial production systems requiring very low conductivity water (Ultra Pure Water – UPW)
Benefits of EDI Water System
- Remove dissolved ions from water
- Produce very high-purity water
- No need for regeneration chemicals
- Support continuous and stable operation
- Suitable for industries requiring high-quality water
Conclusion
EDI water is an ultra pure water treatment solution that uses ion exchange membranes, electric fields, and filtration membranes to remove dissolved ions from water. This technology is suitable for electronics, energy, pharmaceutical, food industries, and high-tech production systems requiring very high water quality.
