Electrodeionization (EDI) is an electrically driven water treatment machine that may be used in conjunction with (or in place of) your facility’s existing water solution. Electrodeionization technology removes water impurities by combining electricity with ion exchange resin to deionize water, thus removing materials such as salts and other contaminants. Below are some reasons why you may consider employing an electrodeionization solution in your facility’s water treatment services.
What Are the Different Applications of Electrodeionization?
EDI is essentially a demineralization process that removes ionizable substances from water. As a result, the water is high purity and free from contaminants such as salts, silica, boron and organics. An electrodeionization solution is chemical-free, safe, and efficient. It removes various water impurities with a small amount of electricity without any dangerous chemicals. Potential applications are the purification of water for microchip rinsing processes, for use in power plants, boiler feed water, pharmaceutical manufacturing and clinical laboratories. These are only a few of the possibilities for the application of electrodeionization technology, if your facility needs water treatment, EDI can be very reliable because it provides high purity water production.
What Makes Electrodeionization Systems So Cost-Effective?
An electrodeionization solution can be used in your facility as a water treatment service for the constant, dependable removal of water impurities. Since it does not use chemicals as part of the process to remove ionizable substances, it is a very safe way to guarantee the output of high purity water. It is also incredibly cost-effective because it requires low power and energy output to efficiently incorporate a water treatment method into a facility’s existing water treatment technology. Electrodeionization water purification can also help you save money because of its dependability. Because it is electrically driven and chemical-free, it is not only reliable, but also ensures a constant, long-lasting solution to any plant’s water treatment service.
Electrodeionization technology is a safe, chemical-free way to either supplement or enhance any facility’s water treatment service. It is dependable, long-lasting, and reliable due to its constant demineralization processes that use electricity to remove ionizable substances from water, thus guaranteeing water of exceptionally high purity. Because of its efficiency and emphasis on low power and energy to operate, it is also the most cost-effective water treatment solution for any plant or facility looking to employ water purification technologies.
Is EDI Cost-Effective Compared to My In-House DI System?
Electrodeionization uses electricity to split water molecules (H2O) into Hydrogen (H+) and Hydroxyl ions (OH-). Chemically regenerated systems require the same Hydrogen from Acid(HCl or H2SO4) and likewise Hydroxide from Caustic (NaOH). After the resin is chemically treated additional chemicals must be used to neutralize the waste. This process of resin regeneration and waste neutralization is labor-intensive and has a safety risk. Since no chemicals are used with EDI, the equipment, labor and chemical cost can be greatly reduced by installing EDI.
Is EDI Cost-Effective Compared to My Offsite Regenerated Service DI (SDI) System?
The same process of chemical regeneration is used with service DI systems. The chemicals and regeneration are performed by another company offsite. So the chemical and labor and equipment cost is built into the service fee paid to the service DI company. In addition, you would pay for labor and profit of the SDI company. The more water you use, and the higher your TDS the more cost-effective EDI is than SDI.