Through a precise membrane filtration process that employs high pressure, numerous objectives are achieved, including the removal of dissolved substances, the elimination of unwanted odors, tastes, and colors from drinking water, the production of fresh water from salty seawater, the reduction of water conductivity, the improvement of water quality for industrial and drinking applications, the creation of ultra-pure water, the recovery of waste water, the prevention of boiler formation in steam boilers, the disposal of toxic substances, the removal of heavy metals, and the production of feed water for steam boilers and steam generators.
Reverse Osmosis Systems are extensively used in various industries to obtain high-quality water. Nevertheless, the design of such a system necessitates a high degree of technical knowledge, including an understanding of the type of raw water, the desired characteristics of the production water, the type of membrane required, and the necessary water capacity. These factors may differ from one design to another, emphasizing the importance of having the proper technical expertise.