EDI, also known as continuous electro-deionization technology, scientifically integrates electrodialysis technology and ion exchange technology. Through the selective permeation effect of cation and anion membranes on cations and anions and the ion exchange effect of ion exchange resins on water ions, directional migration of ions in water is achieved under the influence of an electric field. This leads to the deep purification and deionization of water. Moreover, the hydrogen ions and hydroxide ions produced by water electrolysis continuously regenerate the filling resinsEDI, thus making the water production process in EDI free from the need for acid and alkali chemical reagents for regeneration, allowing for the continuous production of high-quality ultrapure water. It boasts advanced technology, a compact structure, and easy operation, making it a green revolution in water treatment technology.
This new technology can replace traditional ion exchange devices to produce ultrapure water with a resistivity as high as 16-18MΩ·CM.EDI plant water treatment is the best alternative technology to traditional ion exchange mixed bed processes. The emergence of EDI signifies a revolutionary advance in water treatment technology, marking a comprehensive entry of the water treatment industry into the green sector. It organically combines traditional electrodialysis technology and ion exchange technology to continuously produce high-quality pure water without the use of acids and alkalis, thus completely eliminating acid-alkali consumption and chemical waste pollution, truly achieving clean production.
EDI plant water treatment equipment can efficiently remove various impurities and ions from water, achieving ultrapure water quality.
EDI plant water treatment equipment does not require any chemical reagents during operation, producing no waste liquids or waste, making it environmentally friendly. Additionally, its high efficiency can significantly reduce energy consumption and lower operating costs.
EDI plant water treatment equipment uses automated control technology, making it simple and convenient to operate.
EDI plant water treatment equipment's core component is the membrane stack, which has a long life and can operate stably for extended periods. Additionally, the long replacement cycle of the membrane stack reduces maintenance and replacement frequency, thereby lowering running costs.
EDI plant water treatment equipment employs electrodialysis technology to remove impurities and ions from water through the principle of ion exchange, ensuring more stable water quality.
Plays a role in cutting and cleaning electronic and semiconductor materials without causing material contamination and damage. EDI plant water treatment equipment can provide high-purity, low-conductivity water, ensuring product quality.
Used to produce high-quality battery electrolyte, it contains no ionic substances, therefore not reacting with the ions in the battery.
Due to the high purity of ultrapure water, it contains no bacteria, microbes, or pathogens and can be used for the dilution of some injection solutions without affecting the hygiene quality of the injectable solution.
Provides pure water for the raw materials in skincare products, ensuring the hygiene of the skincare products, protecting them from microbial and bacterial pollution, and effectively preventing degradation and damage to the skin.
Of course, in addition to the aforementioned fields, many other sectors requiring ultrapure water use EDI plant water treatment equipment. Its promotion value is very high. With continuous technological advancements, EDI plant water treatment equipment will further improve water production efficiency and water purification effects, providing better services for various industries.
This is the last one.
English
