Laboratory centralized water supply system

The centralized water supply system in the laboratory generally includes raw water booster pump, pre filtration device, reverse osmosis RO treatment device, EDI device, 254nm ultraviolet sterilization device, high-purity material pure water tank, distribution pump, pipeline ultraviolet sterilization device, 0.22um sterilization filter element, and water supply point (pipeline).

Laboratory pure water is generally divided into four stages: distilled water, deionized water, reverse osmosis water, and ultrapure water. The centralized gas supply system in the laboratory mainly includes laboratory water supply system, domestic water supply system, and fire water supply system. Each laboratory has different requirements for water, and the cooling cycle water quality of laboratory instruments must also meet the water quality requirements of the instruments. However, if the water supply system is used uniformly for scientific research, daily life, and fire protection, the water used in the polluted area should be installed in the clean area through a running water tank and indoor fire hydrants. The inlet of the water supply system pipeline is generally set up in the clean area, using an upper and lower water supply network to avoid spreading pollution. The indoor fire water supply system includes general fire protection system, automatic sprinkler fire water supply system, water curtain fire water supply system, etc. Experimental buildings, warehouses, and other buildings are equipped with outdoor fire water supply systems as needed, consisting of outdoor fire water supply pipelines, outdoor fire hydrants, fire pumps, etc.

The centralized water supply system in the laboratory generally includes raw water booster pump, pre filtration device, reverse osmosis RO treatment device, EDI device, 254nm ultraviolet sterilization device, high-purity material pure water tank, distribution pump, pipeline ultraviolet sterilization device, 0.22um sterilization filter element, and water supply point (pipeline). A single machine designed for central laboratories in universities, research institutions, medical systems, biotech companies, pharmaceutical factories, and other fields to replace multiple machines, with multiple layers and points of water outlet, and separate quality and distribution of water supply; Reliable water quality and stable operation; Unified management, easy operation, meeting the water supply needs of multiple people and rooms.

Characteristics of laboratory centralized water supply system

1. Usability: In the overall pure water system, the pure water preparation module provides complete central control functions and various links in the purification process.

2. Multi purpose: can be designed according to different laboratory water usage conditions, and multiple water intake points can be set up.

3. Operability: Based on the characteristics of the laboratory, the centralized water supply system should have space saving and easy maintenance, and the pure water preparation and distribution system should have a high degree of automation to achieve normal operation with minimal or no operation.

4. Centralized control: The entire experimental building is equipped with centralized water management, centralized control, centralized distribution, well-designed, easy to operate, easy to maintain, and environmentally friendly and energy-saving.

5. Economy: In the design of centralized pure water systems, modular design is adopted, which not only occupies a small area, is easy to install and maintain, but also can upgrade the system to meet the improvement of water quality requirements when laboratory water requirements change, or add pure water preparation modules to meet the increase in water consumption requirements.