Electrodeionization System: A Reliable and Sustainable Water Treatment Solution
A water treatment process called electro-deionization (EDI) removes ionized species from water by using electricity, ion exchange membranes, and resin. High-purity water can be crafted with this constant, chemical-free method for use in various industries, including electronics, medicine, and power generation.
The Water Quality Association predicts that the global market for EDI systems will experience a Compound Annual Growth Rate (CAGR) of 7.5% between 2023 and 2028, driven by the increasing demand for high-purity water and growing environmental awareness.
How Electrodeionization System Works
Electrodeionization works by passing water through a series of ion exchange membranes. The membranes’ opposing electrical charges cause the ions in the water to be attracted to and removed from the membranes. EDI is a chemical-free process, which makes it environmentally friendly. Using and maintaining EDI is rather simple. The need for ultra-pure water is rising across several industries, including power generation, medicines, and electronics.
Applications of Electrodeionization System
Many different sectors employ EDI systems, including:
● Electronics: EDI manufactures highly purified water for the electronics sector, important in fabricating semiconductors and various electronic parts.
● Pharmaceuticals: The pharmaceutical industry employs it to generate ultra-pure water, vital for producing medications and various medical goods.
● Power generation: EDI produces deionized water for power generation, vital in cooling power plants serving the energy sector effectively and sustainably.
● Food and beverage: EDI is employed to generate premium-quality water for the food and beverage sector, which finds application in the manufacturing of drinks, juices, and various food items.
Electrodeionization System: A Powerful and Efficient Way to Purify Water
The EDI module, a type of water filtration system, incorporates both reverse osmosis and electrode ionization gadgets to yield ultrapure water. The term “electrode ionization,” or “EDI,” refers to a procedure that uses an electric current to remove ions from water.
● Water resistivity：15—18MΩ .cm: The low electrical conductivity of the water indicates the presence of minimal dissolved ions in the water.
● PH：6.5—7.5: This is the desired pH range for most applications.
● Silica (SiO2): 3-20 ppm: This is the maximum concentration of silica allowed in the water. Silica can cause scaling and corrosion in some applications.
High Purity Water Systems: Electrodeionization System
It is a water purification technology that uses an electric field to eliminate ions from water. Consequently, the process yields high-purity water suitable for diverse applications like power generation, metal polishing, and electronics production.
This system’s EDI module has a silica (SiO2) content of 3–20 ppm, a pH of 6.5–7.5, and a water resistivity of 15–18 MΩ·cm. The water is suited for various uses that call for high-purity water, thanks to these requirements.
Multiple sectors employ EDI as a dependable and environmentally friendly water treatment technology. It offers several benefits over traditional water treatment methods, including high purity, chemical-free operation, and continuous operation. The demand for high-purity water will keep increasing, significantly boosting the adoption of EDI as an alternative to water treatment.
If you’re interested in acquiring an Electrodeionization System or High Purity Water System, feel free to explore hinada.com. For any inquiries, you can contact firstname.lastname@example.org or call +8613149391491.