Introducing RO Water treatment system

The RO water treatment system is an advanced water filtration technology that uses semipermeable membranes to remove water-soluble substances such as salts, bacteria, viruses, and other impurities. When working, the water is pressurized higher than its natural osmotic pressure, driven by the high pressure pump, then forced to pass through the RO membrane; The membrane has extremely small apertures, allowing only water molecules to pass through, while blocking most pollutants from passing through. This process is known as reverse osmosis. A RO system usually consists of important parts such as preprocessing, membrane separation, high pressure pump, and posttreatment. Its output water is of high quality, can meet strict water quality standards, and is commonly used in areas such as drinking water purification, pharmaceuticals, laboratories, and industrial water. Although the creation of some wastewater containing condensed pollutants, its high efficiency filtering capabilities and relatively low energy consumption make it an indispensable technology for water resource management and conservation.

RO water treatment systems

Reverse osmosis devices usually include preprocessing (quartz sand filter, activated carbon filter, exact filter), softening equipment (if necessary), booster pumps, high pressure pumps, membrane membranes, reverse osmotic membrane elements, in-place instruments, quantitative systems, fully automatic control systems, rack platforms, etc.
1.  Pretreatment systems: Typically include steps such as filtration, softening or throwing chemicals to remove suspended matter, chlorine, organic matter, and prevent membrane size.
2.  High pressure pumps: Increase the water pressure enough to overcome osmotic pressure, so that water molecules travel backwards across the membrane.
Membrane composition: The core component, which only allows water molecules to pass through, and blocks the passage of most dissolved salts, bacteria and macromolecules.
4.  Flow controller: Regulating the flow rate of the production of water and concentrated water, ensuring the efficiency of system operation.
5.  The following storage and treatment system: includes water tanks and possible post treatment equipment, such as ultraviolet disinfection or carbon filtering, etc.

The features of RO water treatment systems

High efficiency for decontamination: Many contaminants can be removed, including dissolved salts, seeds, bacteria, and pyrogen.
High quality of output water: Rida-treated water can reach very pure levels, suitable for a variety of uses, including drinking water and industrial water.
Low energy consumption: Compared to other separation processes, the RO system requires relatively low energy during operation.
High level of automation: Modern RO systems can achieve high automation control, reduce manual operation demand, and error rate.
Little wastewater is created: although a certain amount of water will be generated, the amount of wastewater is acceptable with regard to its treatment and efficiency.

Water Treatment System RO application Area

Marine desalination: Due to its high efficiency, RO technology has occupied an important place in the global desalination sector. With this technique, the soluble salt in water can be removed and seawater can be converted into drinkable freshwater.
Industrial purification of water pure: During industrial production requires high purity water quality, such as preparation of electronic superpure water, RO technology also plays an important role. It can ensure that water quality used during production meets the strict standards.
Reusing wastewater: For industrial and urban wastewater, RO technology is also appropriate, it can help reduce environmental pollution and improve the rate of water resource recycling.
Home water purification: About home water, RO technology can remove organic substances, colloids, microorganisms and other small particles in water, and ensure safety and water hygiene in the home.
In addition, RO technology can be used in agricultural irrigation, in the food and beverage industry, and in the pharmaceutical industry for water quality treatment.