6-ton reverse osmosis equipmentIt is a membrane separation technology that uses pressure as a driving force to selectively pass through (semi permeable) membranes. When the pressure applied in the system is greater than the osmotic pressure of the inlet solution, water molecules continuously pass through the membrane, flow into the central pipe through the water production channel, and then impurities such as ions, organic matter, bacteria, viruses, etc. in the effluent flow out at one end, which are trapped on the inlet side of the membrane and then flow out at the outlet end of the concentrated water, thus achieving the purpose of separation and purification.

6-ton reverse osmosis equipment can effectively isolate impurities

6-ton reverse osmosis equipment backwashing process:

Due to the insufficient strength and poor corrosion resistance of some materials used in reverse osmosis equipment, equipment failures such as transverse axis fracture may occur, and the requirements for inlet water quality vary depending on the type of membrane used. There is a pressure difference on both sides of the membrane, such as in the most widely used grid cleaning machine in water treatment equipment. However, some products use materials with insufficient strength and poor corrosion resistance, which can cause equipment failures such as transverse axis fracture in reverse osmosis equipment. This does not include losses caused by maintenance affecting operation, which seriously affects the investment efficiency of environmental protection. It can also make the surface of the reverse osmosis membrane prone to scaling. The use of reverse osmosis membrane shells can effectively protect membrane components.

6-ton reverse osmosis equipment can effectively isolate impurities

Main uses of 6-ton reverse osmosis equipment:

1. Manufacturing electronic industrial products such as cathode ray tube glass shells, cathode ray tubes, liquid crystal displays, circuit boards, computer hard drives, and integrated circuits? Pure water and high-purity water required for processes such as chips and monocrystalline silicon semiconductors;

2. To produce softened water and desalinated pure water required for heating, thermal power generation boilers, and low-pressure boiler feedwater in factories and mining enterprises;

3. Producing medical infusion solutions, injections, pharmaceuticals, biochemical products, sterile water for medical use, and pure water for artificial kidney dialysis required by the pharmaceutical industry;

4. Purified drinking water, distilled water, mineral water for the beverage (including alcoholic beverages) industry, brewing water for alcoholic beverages, and pure water for blending;

5. Producing domestic and drinking water from seawater and brackish water;

6. Prepare deionized water for electroplating process; Pure water for battery production process; Automobiles, household appliances, building materials products

Surface coating and cleaning with turbid water; Pure water is used for coated glass; Dehydration and desalination water required for textile printing and dyeing processes;

7. Petrochemical industry such as chemical reaction cooling water; Is the manufacturing process of chemical agents, fertilizers, fine chemicals, and cosmetics pure? Water;

8. High quality water supply network systems for hotels, buildings, community airports, real estate properties, and water purification for swimming pools;

9. Circuit board, electroplating, electronic industry wastewater treatment and reuse;

10. Treatment of wastewater and leachate from daily life, hospitals, leather making, printing and dyeing, and papermaking industries.