The reverse osmosis technology in the pure water distribution system is its core key technology. By applying high pressure to the raw water and passing it through a semi permeable membrane, pollutants such as ions, organic matter, and microorganisms in the water are trapped outside the membrane, allowing only water molecules to pass through, thus achieving efficient separation and purification. Some systems will also use two-stage reverse osmosis devices to further improve the purity and stability of the produced water.

Combined with ion exchange resin for deep desalination treatment, the exchangeable ions in the resin undergo displacement reaction with residual anions and cations in the water, almost removing soluble solids in the water and meeting the standard requirements of ultrapure water; The purified pure water is stored in tanks of appropriate capacity and driven by a circulating pump to operate in a closed pipeline network. The system will dynamically adjust the flow rate according to the demand of each user point, and equipped with online monitoring devices to track water quality parameters in real time, ensuring the quality and safety of water supply.

Precautions for using pure water distribution system:

1. Prevent secondary pollution

-Ready to use principle: Especially for the water produced by ultra pure water systems, it is susceptible to contamination by impurities in the environment. Therefore, it is recommended to use it immediately after use to avoid long-term storage.

-Keep the environment clean: Install the ultrapure water system in a laboratory that is as clean as possible to reduce the possibility of external pollutants entering the system. Regularly clean the work area and maintain good hygiene conditions.

2. Operating standards

-Follow the operating procedures: strictly follow the manufacturer's provided operating manual to perform daily operations and maintenance tasks, and do not change settings or skip necessary steps at will.

-Monitoring the operating status: Continuously monitor the operating parameters of the system, such as pressure, temperature, flow rate, etc. Once abnormal fluctuations occur, the machine should be stopped immediately for inspection and problem-solving.

3. Maintenance and upkeep

-Regular maintenance: Develop a detailed maintenance plan, including activities such as replacing filter cartridges, disinfecting pipelines, calibrating instruments, etc., to ensure the long-term stable operation of the system.

-Fault response: Establish a fast and effective fault reporting mechanism that can quickly respond and repair system problems, reducing downtime.

4. Safety protection

-Personal protective equipment: When carrying out maintenance or repair work, wear necessary personal protective equipment such as gloves, goggles, etc. to prevent chemical substances from contacting the skin or eyes and causing injury.