Laboratory Pure Water Equipment Introduction
Laboratory pure water equipment is high-precision water treatment equipment specially designed for various laboratories. It is mainly composed of pretreatment unit, reverse osmosis system, EDI ultra-purification unit, ultraviolet disinfection and control system. It can produce pure water of different purity according to experimental requirements. It effectively removes impurities, ions, microorganisms and organic matter in water. Featuring compact structure and high purification precision, it is widely applied in universities, scientific research institutes and enterprise laboratories to ensure accurate experimental data, serving as essential auxiliary equipment for laboratories.
Working Principle of Laboratory Pure Water Equipment
Its working principle adopts multi-stage purification technology to realize water grading purification step by step. Firstly, the pretreatment unit removes suspended particles, residual chlorine and other impurities in raw water to protect subsequent core components. Then raw water passes through the reverse osmosis membrane to intercept most ions and organic matter and produce primary pure water. Next, the EDI ultra-purification unit deeply removes residual ions to further improve water purity. Finally, ultraviolet disinfection kills microorganisms to avoid contamination. The finished pure water meets laboratory standards with resistivity up to 18.2MΩ·cm, fully satisfying water demands of various experiments.
Advantages of Laboratory Pure Water Equipment
The equipment has prominent core advantages: First, high purification precision, which can accurately remove all kinds of impurities and supply pure water with different purity for diverse experimental scenarios; Second, stable operation with fully automatic control, one-key start-stop, no full-time staff required and easy maintenance; Third, small size and floor space, adapting to limited laboratory space with simple installation and no complex civil engineering needed; Fourth, environmental friendly and energy-saving, featuring high water recovery rate, low energy consumption and no secondary pollution, complying with the green operation requirements of laboratories.
Application Fields of Laboratory Pure Water Equipment
It focuses on various laboratory scenarios: mainly used in chemistry, biology and environmental laboratories of universities to meet water demands for experimental reaction and sample detection; applicable to high-precision experiments such as analytical testing, gene sequencing and cell culture in scientific research institutes; also adopted in enterprise R&D laboratories (pharmaceutical, electronic, chemical) to ensure the accuracy of research experiments; widely used in medical testing laboratories to provide pure water for reagent preparation and sample processing.
Process Flow of Laboratory Pure Water Equipment
Laboratory Pure Water Equipment Process Flow Chart
The process flow is concise and efficient, divided into five steps: First, pretreatment, using quartz sand and activated carbon filtration to remove suspended particles and residual chlorine from raw water; Second, reverse osmosis separation to intercept ions and organic matter and produce primary pure water; Third, ultra-purification treatment, EDI unit deeply removes residual ions to upgrade water quality; Fourth, disinfection and sterilization, UV disinfection eliminates microorganisms to prevent pollution; Fifth, water output and transmission, qualified pure water is stored in a special water tank and delivered to each experimental water terminal for stable water supply.
