Three Main Categories and Applications of Pure Water

I. Pure Water/Ultrapure Water

1. Applications: Pure water for laboratories and medical applications in liquid/gas chromatography, amino acid analysis, protein purification, electrophoresis/gel analysis, toxicology studies, plant and animal cell culture, molecular biology experiments, etc. EDI (electrodeionization) ultrapure water treatment equipment for various industries.

2. Features: The equipment design employs mature, reliable, advanced, and highly automated RO, EDI, and mixed-bed demineralized water treatment processes to ensure that the resistivity of the treated water reaches above 18 MΩ·cm. This guarantees product quality!

II. Demineralized Water

1. Applications: Boiler softening water treatment equipment for thermal power plants and large and medium-sized industrial and mining enterprises; boiler softening and demineralized water equipment; reverse osmosis demineralized water treatment systems; water and steam circulation systems in thermal power plants; cooling circulating water equipment for air conditioning, cold storage, etc.; and other industrial circulating water treatment equipment.

2. Features: Utilizing advanced reverse osmosis membrane elements, pressure vessels, and other equipment, coupled with reasonable pre-treatment and post-treatment equipment, it can produce water that meets the standards for high-pressure boiler feedwater in the power industry.

III. Centralized Pure Water

1. Applications: Highly integrated and modular pure/ultrapure water systems customized for laboratory water needs; comprehensive solutions for centralized water production and differentiated water supply systems. Drawing on accumulated experience in centralized water supply for laboratories, universities, research institutions, hospital testing departments, blood purification centers, cleaning and disinfection departments, and other departments and industries, a single pure water system supplies water according to the different water quality requirements of each department. A comprehensive hospital requires water in at least the following departments: biochemistry laboratory, pathology department, hemodialysis center, central sterilization supply room, operating room, DSI center, dentistry, obstetrics, pharmacy, endoscopy, etc., as well as purified drinking water for medical staff and patients. The entire system is intelligently controlled, and the purified water delivery pipeline uses SUS304/SUS316L sanitary grade circulating circuits with no dead space.

2. Features: Effectively solves the problem of hospitals purchasing water treatment equipment in a decentralized manner, facilitating centralized equipment management; saves on the cost of decentralized equipment purchase; saves on equipment floor space; saves on water and electricity costs; saves on personnel management costs; saves on subsequent maintenance and consumable replacement costs; the system adopts the international concept of a single large-scale water treatment unit supplying different water-using terminals with different water qualities, actively responding to the national advocacy for energy conservation and environmental protection.