Drinking Water Reverse Osmosis System

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Guangdong Stark Water Treatment Technology Co., Ltd.

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The most accurate membrane liquid separation process is reverse osmosis. To counteract the natural osmotic pressure, the concentrated solution and the intake water are subjected to an operating pressure. Water molecules naturally penetrate the flow when the operating pressure, which is higher than the natural osmotic pressure, is dropped on the concentrated solution's side. The water molecules in the influent concentrated solution will travel in the opposite direction and cross the reverse osmosis membrane to become purified water on the side of the diluted solution. All soluble salts and organic compounds with a molecular weight larger than 100 can be blocked by reverse osmosis equipment, although water molecules can still pass through. The salt rejection rate of reverse osmosis composite membranes is often higher than 98%.

                                                            Productivity
                                                            5T/H
                                                        
                                                            Motor power
                                                            8kw
                                                        
                                                            Recovery rate
                                                            60-70%
                                                        
                                                            Outlet water conductivity
                                                            ≦10 μs/cm
                                                        
                                                            Raw water conductivity
                                                            ≦300 μs/cm

Reverse Osmosis System Applications

The use of reverse purification equipment prior to ion exchange can significantly reduce the discharge of operating water and wastewater during the production of pure water and boiler feed water. They are widely used in the preparation of industrial pure water and electronic ultra-pure water for drinking.