The central ultrapure water system guarantees the efficiency and precision of the laboratory
The HUP ultra-pure water machine achieved good results in the efficiency and precision of the laboratory. For example, its new experimental building has 5 floors. The main demand is for experimental and teaching water. There are 45 water intake points. The central ultrapure water system with a total water volume of 1t/h is designed to be transported to each point of use through a dedicated ultrapure water pipeline. The user can easily take water at the point of use and use the Internet remote control. Remote camera monitoring system, no need to wait in the water machine room. A new concept of centralized water production, quality separation and water supply is realized, and the experimental water is convenient and timely. While building a platform for a completely modern laboratory, it improves efficiency and precision. Unique system integrated design: Integral chassis/rack, compact, neat, beautiful, and easy to move; input and output interfaces are centralized, easy to connect with the device.
Types of wheelchairs
1. According to material classification, aluminum alloy, light material and steel aluminum alloy, light material and steel.
2. According to the type, it can be divided into manual Wheelchair and electric wheelchair, among which manual wheelchair can be divided into manual push and self-service type.
3. According to people's needs, it can be divided into single side wheelchair, toilet wheelchair, sports wheelchair and lying wheelchair.
4.According to whether it can be folded It can be divided into foldable and unfoldable wheelchairs.
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The HUP central ultrapure water system is mainly divided into five parts, * part is tap water pretreatment, the second part is reverse osmosis treatment, the third part is ozone sterilization treatment, the fourth part is purified water delivery system, the fifth part is whole machine Control System. The whole system adopts automatic electrical control mode, which enables the system to realize the automatic control of each process under the action of preset programs. The tap water pretreatment adopts multi-media and activated carbon adsorption, mainly to remove some coarse particles and impurities, suspended solids and odor in the water; softening treatment uses high-quality softening resin, and ion exchange method is used to effectively replace metal ions such as calcium ion and magnesium in water. Ions, etc., reduce the hardness of water. Reverse osmosis treatment can accurately filter out bacteria, viruses, metals, salts, pesticides and various carcinogens in water, reducing the ion content in water. Ozone is a broad-spectrum fungicide that kills bacterial propagules and spores, viruses, fungi, etc., and destroys botulinum toxins. Ozone is more sterilized in water than chlorine.
The central ultra-pure water system uses a centralized host to produce ultra-pure water, which is then transported to each point of use in a “snake cycle†through a dedicated ultra-pure water pipe. The user can easily take it directly from the ultra-pure faucet at the point of use. With ultrapure water, the terminal can take up to several hundred water points. The “snake cycle†conveying method can effectively ensure that the water quality in the pipeline does not produce “dead water†and ensure the circulating water quality. In terms of design, its characteristics are as follows:
Tailor-made process design principles: from the wide range of water supply adaptability, operational convenience, operational stability, economic cost of use, etc., so that the equipment can effectively meet user needs.
Innovative technology, people-oriented design principles: reverse osmosis, nanofiltration, ultrafiltration, fully automatic control of mixed bed units, fine throw mixed bed, EDI and other water treatment technologies, PLC, DCS, touch screen control, internet remote control, remote Advanced technologies such as camera monitoring and central water pipe network transportation are more in line with the advancement of the times and technology, and are easy to use, simple and easy to use.
Standardized production of the factory: After the production of the system mainframe is completed in the factory, the quality assurance department and the R&D workshop simulate the working conditions of the user repeatedly to ensure the reliability of the actual operation of the equipment; improve the efficiency of on-site construction and commissioning, and shorten the on-site construction period.
