Reverse osmosis water treatment utilizes membrane-based technology to remove dissolved solids and other impurities from water. The system uses state-of-the-art spirally wound reverse osmosis membranes.
According to the size of pores in the reverse osmosis water purification system, the membranes are classified as Low Energy Membranes, Brackish Water Membranes and Sea Water Membranes. The same are used by H2OMSPL to achieve the Treated Water Quality that matches the client’s needs.
The treated water from reverse osmosis water treatment contains very low dissolved solids and is also free from particulate, colloidal and organic matter. The systems can remove 90 to 98% dissolved solids.
Heat-stabilizable RO membranes are mostly used in the pharmaceutical industry. These membranes have a higher area, which allows for the design of systems with either low operating flux or cost savings from fewer membrane elements. The full fit configuration minimizes stagnant areas and is optimal for applications requiring a sanitary design. Also, Heat-sanitizable membranes can withstand higher temperatures, enabling sanitization of the membrane using hot water at 80 to 85 deg. C. These features make them highly suitable for reverse osmosis water treatment applications where hygiene and reliability are critical, especially in the pharmaceutical industry.
Depending on the water quality, RO Systems can work satisfactorily using only a micron cartridge filter as pre-treatment, but we suggest using a multi-grade sand filter and an activated carbon filter or ultrafiltration as a pre-treatment to increase the life of the system and reduce maintenance costs.
