Overview of laboratory high-purity water equipment?-Yuanlai Water Treatment

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Overview of laboratory high-purity water equipment?

Released Date: Jul 25,2016 Article Source: Yuanlai Water Treatment

Overview of Laboratory High-Purity Water Equipment I. Overview of Laboratory Ultrapure Water Equipment: Laboratory ultrapure water equipment is a pure water manufacturing technology that combines ion exchange technology, ion exchange membrane technology, and ion electromigration technology. It belongs to high-tech green environmental protection technology. EDI ultra-pure water equipment has the advantages of continuous water output, no need for acid and alkali regeneration, and unattended operation. It has gradually replaced mixed beds as a fine treatment device in pure water preparation systems. This technology has good environmental protection features and is easy to operate. It is increasingly recognized by people and is being promoted more and more widely in industries such as medicine, electronics, power, and chemical engineering. Ii. Advantages of Laboratory Ultrapure Water Equipment 1. No need for acid and alkali regeneration: In mixed beds, resins need to be regenerated with chemical acids and alkalis, but EDI eliminates these harmful substances

　　An overview of laboratory high-purity water equipment

　　I. Overview of Laboratory Ultrapure Water Equipment: Laboratory ultrapure water equipment is a pure water manufacturing technology that combines ion exchange technology, ion exchange membrane technology and ion electromigration technology. It belongs to high-tech green environmental protection technology.EDIUltra-pure water equipment has the advantages of continuous water output, no need for acid and alkali regeneration, and unattended operation. It has gradually replaced mixed beds as a fine treatment device in pure water preparation systems. This technology has good environmental protection features and is easy to operate. It is increasingly recognized by people and is being promoted more and more widely in industries such as medicine, electronics, power, and chemical engineering.

　　Ii. Advantages of Laboratory Ultrapure Water Equipment

　　1. No acid or alkali regeneration required: In a mixed bed, the resin needs to be regenerated with chemical acids or alkalis, andEDIThis involves the handling of these harmful substances and the heavy workload. It has protected the environment.

　　2. Continuous and simple operation: In mixed beds, due to each regeneration and the change in water quality, the operation process becomes complex, andEDIThe water production process is stable and continuous, with a constant water quality. There are no complex operation procedures, and the operation is greatly simplified.

　　3. Reduced installation requirementsEDICompared with mixed beds of equivalent water treatment capacity, the system has a smaller volume. It adopts a modular structure and can be flexibly constructed according to the height and space of the site. The modular design enablesEDIIt is convenient to maintain during production work.

　　Iii. Application Fields of Laboratory Ultrapure Water Equipment

　　1Chemical water treatment in power plants

　　2Ultra-pure water for the electronics, semiconductor, and precision machinery industries

　　3Preparation of beverages and drinking water

　　4Small pure water stations, group drinking pure water

　　5Water for fine chemicals and cutting-edge disciplines

　　6The preparation of high-purity water required by other industries

　　7Pharmaceutical industry process water

　　8Desalination of seawater and brackish water

Keywords: Water Softening Equipment Automatic Water Softener Reverse Osmosis Equipment Manufacturer of Water Treatment Equipment

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Yuan LaiEDIThe ultra-pure water equipment uses electro-deionization technology.EDIElectrodeionization is a water purification method that combines the dual advantages of electrodialysis and ion exchange. It does not require acid-base chemical regeneration and can continuously and stably prepare high-purity ultrapure water. Under the action of a direct current electric field, ion separation in water is completed. At the same time, water is electrolyzed to generate hydrogen ions and hydroxide ions, achieving automatic regeneration of the resin without the need to stop the machine for manual regeneration. The pre-treatment combined with reverse osmosis can prevent oxidized substances from damaging the resin, ensuring stable effluent quality and widely meeting the high-standard water usage requirements of various industries.

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