Medical Reverse Osmosis Equipment (For Laboratories & Hospitals) Introduction
Medical reverse osmosis equipment is high-precision water treatment equipment specially designed for laboratory and hospital scenarios. It is mainly used to prepare impurity-free, sterile and low-ion medical pure water. Composed of pretreatment unit, reverse osmosis main unit, post-treatment and control system, its volume can be flexibly adapted according to site conditions. With high purification efficiency and full compliance, it serves as essential auxiliary equipment for medical testing and clinical diagnosis and treatment.
Working Principle of Medical Reverse Osmosis Equipment (For Laboratories & Hospitals)
Based on the selective permeability of semipermeable membranes, the equipment applies pressure higher than the natural osmotic pressure via a high-pressure pump, forcing water molecules in raw water to pass reversely through reverse osmosis membranes with a pore size of only about 0.1 nanometers. It intercepts dissolved salts, colloids, microorganisms, organic matter and other impurities in water, realizing efficient separation of solute and solvent, and finally produces pure water that meets medical standards with a desalination rate of over 98%.
Advantages of Medical Reverse Osmosis Equipment (For Laboratories & Hospitals)
The equipment has outstanding core advantages: First, high purification precision, meeting strict water quality requirements of laboratories and hospitals with resistivity up to 18.2MΩ·cm; Second, stable operation with fully automatic control, no full-time staff required and easy maintenance; Third, energy saving and environmental protection, featuring high water recovery rate, low energy consumption and no secondary pollution; Fourth, strong adaptability, the process can be flexibly adjusted according to different demands for laboratory precision testing and hospital clinical water use to match various water consumption scenarios.
Application Fields of Medical Reverse Osmosis Equipment (For Laboratories & Hospitals)
Its application covers core scenarios of laboratories and hospitals. For laboratories, it is used for gene sequencing, cell culture, precision instrument testing, etc., ensuring accurate experimental data. For hospitals, it is applicable to hemodialysis, surgical instrument cleaning, pharmaceutical preparation, ICU nursing and other scenarios, directly guaranteeing diagnosis and treatment safety as well as patient health.
Process Flow of Medical Reverse Osmosis Equipment (For Laboratories & Hospitals)
Medical Reverse Osmosis Equipment Process Flow Chart (For Laboratories & Hospitals)
The process flow is concise and efficient, divided into five steps: First, pretreatment, adopting multi-media filtration, activated carbon adsorption and softening treatment to remove suspended particles, residual chlorine and calcium & magnesium ions in raw water and protect reverse osmosis membranes; Second, high-pressure pressurization, the pretreated water is pressurized to the specified pressure by a high-pressure pump; Third, reverse osmosis separation, water molecules pass through the membrane to form product water while impurities are discharged with concentrated water; Fourth, post-treatment, ultraviolet disinfection and microfiltration are adopted to ensure sterile water quality; Fifth, storage and distribution, qualified pure water is stored in a dedicated water tank and delivered to each water terminal through a circulating pipe network, maintaining stable water quality throughout the whole process.
