Unveiling the Power of EDI (Electrodeionization) in Water Treatment

The water management sector, more and more focused on sustainable and efficient water strategies, chooses an EDI electrodeionization system for its removal function that requires no chemical regeneration, thus being environmentally friendly and cheap. Here, we will explore how EDI electrodeionization works, how it can be applied, its pros, and why it is proving to be a game changer in the field of water treatment.

EDI electrodeionization is a process that involves the use of electricity to remove ions from the water. It is a combined process based on the dialysis and ion exchange phenomenon for this cleaning. The procedure involves the use of an electrolyzer with the membrane and the resin bed, which is passed with a direct current to set up the electrically charged ions that migrate through the water and are attracted to oppositely charged electrodes. During the filtration, the ions are disengaged from the water allowing only the pure water to remain.

Applications of EDI Electrodeionization:

EDI comes as a strong performer in a great number of industries and applications that require extra-pure water. Some common applications include:

Pharmaceutical Industry: As in pharmaceutical manufacturing, the production step requires ultra-pure water to be used in the formulation of drugs as well as in production processes. Hinada’s EDI electrodeionization is widely used in medicine as it provides for the removal of impurities, it is, therefore, suitable for many medical applications.

Power Generation: Power stations typically demand large amounts of distilled water for boiler make-up and cooling purposes. EDI electrodeionization contributes to less veterinary chemicals employment and brings about uniform water quality.

Laboratory and Research: Laboratories and research facilities depend on ultra-pure water (UPW) of analytical grade that is free from impurities because of the electrodeionization process.

Amid the worldwide scramble to generate clean water that is free of environmental effects, EDI electrodeionization technology is the new trend that has become invaluable. The chemical-free, efficient and sustainable EDI process is changing the water purification picture in the different sectors that include industries, the pharmaceutical industry, oil & gas, and agriculture.

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