Introduction to the principles and application characteristics of ultrapure water equipment for monitors

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This post was last edited by hesonchang214 on 2019-11-2 08:29. Principle of ultra-pure water equipment for monitors: It usually consists of three parts – a raw water pretreatment system, a reverse osmosis purification system, and a ultra-purification post-treatment system. The main purpose of pretreatment is to bring the raw water up to the requirements for feeding it into the reverse osmosis membrane separation units, thereby ensuring the stable operation of the reverse osmosis purification system. The reverse osmosis membrane system is an economical and efficient purification method that can remove over 98% of ions and organic substances from raw water, as well as 100% of microorganisms (theoretically). The ultra-purification post-treatment system uses various integrated technologies to further remove trace ions, organic substances, and other impurities still present in the reverse osmosis purified water, in order to meet the specific quality requirements for different applications. 　　Features of ultra-pure water equipment for monitors
1. Ultra-pure water treatment equipment for monitors is generally easy to operate and manage; it can be centrally managed, so laboratory personnel no longer need to perform any equipment maintenance. 　　2. When there are many usage points at the terminal, a central pure water system is commonly employed, which can reduce equipment investment as well as operation and maintenance costs. 　　3. Remote fully automatic control mode, meeting the requirements of modern laboratory buildings. By combining technologies such as PLCs, touchscreens, camera monitoring, with remote control capabilities, it is possible to operate the water treatment equipment from an office located away from the machine room using a computer. This allows for real-time recording of changes in water quality, facilitating the analysis of the relationship between water quality data and experimental results. 　　4. It can reduce the floor space occupied by equipment, meeting the decoration requirements of modern laboratory buildings. 　　5. Most display monitor ultrapure water systems use centralized water production units; thus, there is no need for each laboratory to install pure water machines or water tanks, which helps save space in the laboratories and meets the requirements for the design of modern laboratory buildings.