How Does Electrodeionization Work in Water Treatment for Canadian?
In Canada, Water Treatment faces different challenges in both the cold northern region and the industrially concentrated southern region. XJY's electrodeionization (EDI) technology provides efficient, environmentally friendly and stable solutions for water treatment in various complex environments.
What is Electrodeionization (EDI) ?
Electrodeionization (EDI) is an electrically driven water treatment technology that uses electricity, ion exchange membranes and resins to remove ionized substances from water.
What does XJY's Water Treatment Modules remove from water?
What is the workflow of XJY's Water Treatment Modules?
- Pretreatment: The raw water first passes through the pretreatment filter element to remove large particles and other impurities; then passes through the reverse osmosis device to intercept dissolved salts, etc.; finally, it passes through the adjustment filter element to adjust the water quality parameters.
- EDI treatment:The regulated water enters the EDI module and uses the electrodeionization technology to further remove ions.
- Post-treatment and storage:The treated water enters the water storage tank and partially circulates back. Then it passes through the deionization filter element to remove trace ions, ultraviolet light sterilization, and submicron filter to remove tiny particles. Finally, the produced water is output or sent to the analyzer for detection.
How does XJY's Water Treatment Modules work?
XJY's EDI equipment uses core technology to achieve high purity of water production, cost optimization, green environmental protection, 24-hour continuous and stable water supply and deep removal of trace ions, meeting the high-standard water demand in the fields of pharmaceuticals, semiconductors, microelectronics, electric power and energy.
High purity efficiency: The resistivity of the produced water is stable at 15-18.2 MΩ·cm, TOC (total organic carbon) is <10 ppb, meeting the WFI standard (such as USP <645>).
Low operating cost: Avoid acid and alkali regeneration, in line with FDA and GMP safety requirements for production environment. It not only saves acid and alkali procurement costs, but also reduces the cost of cleaning water.
Sustainable environmental protection characteristics: The entire treatment process does not produce acid and alkali wastewater, there is no need to worry about Wastewater Treatment problems, and there are no safety hazards in drug storage.
Continuous operation and uninterrupted water supply: It can operate and regenerate continuously for 24 hours, continuously and stably supply high-purity water, meet the uninterrupted water supply needs of industrial production, and improve production efficiency.
Precision desalination: Using homogeneous ion exchange membranes (such as Ionpure technology) combined with high-precision pretreatment, the removal rate of trace ions such as silicon and boron is >99.9%.
Where are XJY's Water Treatment Modules used?
- Biopharmaceuticals:A Canadian biopharmaceutical company adopted XJY's modular EDI equipment to replace the traditional mixed bed process, reducing the annual hazardous waste treatment cost by more than 300,000 Canadian dollars, and the qualified rate of water production increased to 99.8%, effectively improving the company's economic benefits and product quality.
- Microelectronics: XJY customized an EDI system for a 12-inch wafer factory in Asia, helping its pure water station energy consumption to reduce by 25% and the wafer defect rate to drop by 40%. This successful case also provides a reference for local microelectronics companies in Canada, which are expected to improve production levels by introducing XJY's EDI technology.
- Power industry: After a Canadian coal-fired power plant adopted XJY's EDI system, the life of the boiler pipe was extended by 3 years, and the annual maintenance cost was reduced by 18%, which greatly reduced the operating cost of the power plant and improved the reliability of the equipment.
- Food and Beverage: After a Canadian natural mineral water brand adopted XJY’s EDI equipment, the hardness of its products was reduced by 90%, saving 120,000 tons of water annually. While improving product quality, it also achieved efficient use of water resources.
What are the application examples of XJY’s Electrodeionization (EDI)?
A biopharmaceutical company adopted XJY’s modular EDI equipment to replace the traditional mixed bed process, reducing the annual hazardous waste treatment cost by more than 300,000 Canadian dollars, and the water production qualification rate increased to 99.8%.
XJY customized an EDI system for a 12-inch wafer fab in Asia, helping its pure water station energy consumption to reduce by 25% and the wafer defect rate to drop by 40%.
After a coal-fired power plant adopted XJY’s EDI system, the life of the boiler pipeline was extended by 3 years and the annual maintenance cost was reduced by 18%.
After a natural mineral water brand adopted XJY’s EDI equipment, the hardness of the product was reduced by 90%, saving 120,000 tons of water annually.
If you have water quality treatment problems in the pharmaceutical, microelectronics, power energy, food and beverage industries, or are looking for efficient solutions in emerging fields, XJY is willing to cooperate with you.
Contact us:
Name: Cliff Mok
Mobile phone: +86 17817887719
Company: Guangdong Xinjieyuan Environmental Protection Technology CO., Ltd
Address: Xinqiao Tai'an Road, Dalong Street, Panyu District, Guangzhou
