RO EDI PLANT WATER TREATMENT

 RO EDI PLANT WATER TREATMENT

Electrodeionization water treatment module is usually placed behind the reverse osmosis system, which not only overcomes the lack of deep desalination of reverse osmosis effluent, but also further removes trace carbon dioxide, residual salt, silicon dioxide, boron and total organic carbon plasma in RO water, greatly improving the quality of purified water.

 

EDI module water treatment is widely used in biotechnology, pharmacy and other industries that must generally comply with and comply with USP, EP, JP and ChP regulations.

 

※ Post EDI Ultrafiltration

 

※ A post EDI UF System with 6000 Daltons Molecular Weight Cutoff membranes serves to produce highly purified water having a compliance with low endotoxin values.

 

※ A post EDI UF can have a TOC reduction UV with 194 nm wavelength or 254 nm wavelength for bacterial control as an option.

 

EDI in Purified Water System Specification

 

What Is Edi Water Treatment System

EDI stands for Electrodeionization, which is a water treatment technology that utilizes ion exchange membranes and an electric field to remove ions from water.

 

The EDI water treatment system is typically used to produce high-quality water for industrial and laboratory applications. The EDI plant water treatment system works by passing water through a series of ion exchange membranes and electrodes, which remove dissolved salts and other ions from the water.

 

Unlike other water treatment technologies, EDI water treatment does not require chemicals to regenerate the ion exchange resin, making it a more environmentally friendly option. EDI systems are also relatively compact and easy to maintain compared to other water treatment technologies.

 

Overall, EDI is an effective and efficient way to remove impurities from water, and it is commonly used in industries such as pharmaceuticals, electronics, and power generation.

 

Applications of EDI plant water treatment

Pharmaceutical Industry: EDI is extensively used in pharmaceutical manufacturing processes to produce water of high purity, which is essential for the preparation of medications, injections, and other pharmaceutical products. The consistent quality and reliability of EDI-treated water make it ideal for critical pharmaceutical applications.

 

Pharmaceutical Industry: EDI is extensively used in pharmaceutical manufacturing processes to produce water of high purity, which is essential for the preparation of medications, injections, and other pharmaceutical products. The consistent quality and reliability of EDI-treated water make it ideal for critical pharmaceutical applications.

 

Pharmaceutical Industry: EDI is extensively used in pharmaceutical manufacturing processes to produce water of high purity, which is essential for the preparation of medications, injections, and other pharmaceutical products. The consistent quality and reliability of EDI-treated water make it ideal for critical pharmaceutical applications.

 

Electronics Industry: In the electronics industry, EDI-treated water is used in the production of electronic components and devices. The high-purity water produced by EDI helps ensure the reliability and performance of electronic products by minimizing the risk of contamination during manufacturing processes.

 

Food and Beverage Industry: EDI is employed in the food and beverage industry for producing purified water used in beverage production, ingredient mixing, and other food processing applications. The consistent quality and purity of EDI-treated water contribute to the safety and quality of food and beverage products.

 

Biotechnology and Pharmaceutical Research: EDI technology is also utilized in research laboratories and biotechnology facilities for producing high-quality water used in various experiments, analytical procedures, and laboratory applications. The reliable and consistent performance of EDI system in water treatment plant is particularly valuable in research environments where precise water quality is essential.

 

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