The overview of RO Reverse Osmosis Water Treatment Equipment
The principle of reverse osmosis is that a high pressure is exerted on one side of the raw water so that the water molecules reverse osmosis from the side with a high concentration to the side with a low concentration. Because the pore of reverse osmosis is much smaller than the virus and bacteria hundreds or even thousands of times more, so that all kinds of viruses, bacteria, heavy metals, solid soluble matter, pollution organic, calcium and magnesium ions simply can not pass through the reverse osmosis membrane, and achieve the purpose of water purification softening.
The pure water produced by the reverse osmosis water purifier tastes sweet and refreshing, good permeability, solubility, metabolic force, high diffusion force, water activity is large, so that the household electric bottle, iron, humidifier, beauty apparatus, etc. will not bring you inconvenience in life because of limescale, thoroughly solving the problem of high water hardness, water alkali. Because the unit takes a concentrated water discharge, it does not cause secondary contamination and has a unique membrane flushing function.
RO Reverse Osmosis Water Treatment Equipment description
1.Using the current RO reverse osmosis system to obtain pure water process, water conductivity is generally less than 5us/cm better than the national standard GB17323-1998. water quality is sterile, particle-free, sweet and pure.
2.The system 0010010 #39;s reverse osmosis membrane desalination rate is as high as 98% and recovery rate is as high as 50-75%, and it has a unique technical style. The whole system has been verified by several water purification manufacturers, and the removal rate of germs, toxic heavy metals, radionuclides and organic micro-pollutants in water is as high as 99.99%, 95%, 99% and 95% respectively. Toxic and hazardous substances have been eliminated from source water, and several toxicological indicators, such as trihalomethanes, carbon tetrachloride, benzene, polycyclic aromatic hydrocarbons, pesticides, phenols, and other radionuclides such as lead, mercury, beryllium, chromium, cadmium, uranium, thallium, etc. are below the detection limit.