Reduce your water systems chemical dependency:
If you're looking for a complete prefabricated EDI to extend life or fully displace your existing traditional mixed bed deionization, which is either regenerated with chemicals or replaced under a service contract, we can provide you a projection of performance and estimate your return on investment verses conventional deionization
Electrodeionization (EDI)
EDI TOP 10
EDI is becoming increasingly popular for high-purity applications because it offers several advantages over traditional mixed bed resin systems:
1) Higher purity: EDI can produce water with a higher level of purity than mixed bed resin systems. It can remove ions, including dissolved salts and minerals, more effectively and efficiently.
2)Consistent quality: EDI Is a continuous process where ions are removed through a reject stream, called “concentrate” . Water quality will remain at a desired level typically for the life of the EDI module.
3)Lower operating costs: EDI systems have lower operating costs than mixed bed resin systems because they require less frequent resin replacement and less energy consumption.
4)Smaller footprint: EDI systems have a smaller footprint than mixed bed resin systems, which can be a major consideration for facilities with limited space.
5) Little to no downtime: EDI systems do not need to be shut down or bypassed as the resin contained inside does not need to be chemically regenerated or have media replaced.
6)No Chemicals: Traditional mixed bed deionization required the use of dangerous and harmful chemicals, Acid and Caustic, to regenerate the media. The electrodecantation process regenerated the resin through water splitting.
7)Longer life span: EDI systems have a longer lifespan than mixed bed resin systems, which can result in significant cost savings over the long-term.
8)Greater flexibility: EDI systems can be designed to accommodate a wide range of water quality and flow rate requirements, making them suitable for a wide range of applications.
9)Compact design: EDI systems are more compact in design which can be a major consideration for facilities with limited space.
10)Eliminate the chance of cross contamination: Mixed Bed resin is collected from multiple sites to be regenerated at an off-site facility. This can lead to cross contamination of the resin.
Overall, EDI technology has matured and is now considered a viable alternative to mixed bed resin systems, providing better performance and cost-efficiency.