The reverse osmosis membrane separation technology utilizes the basic principle of reverse osmosis, that is, when the semi permeable membrane separates the solution from the organic solvent, the additional working pressure added to the original solution to precisely block the pure organic solvent from entering the solution is called the osmotic concentration. Generally, the thicker the solution, the higher the osmotic concentration of the solution. If the working pressure applied to the solution exceeds the osmotic concentration, it actually causes the organic solvent in the solution to flow towards the direction of the pure solution, and this entire process is called reverse osmosis.

Reverse osmosis membrane separation technology has a high desalination rate and water reuse rate, and can intercept the concentration of substances above many nanotechnology particles. Under the standard of not producing phase transition at room temperature, it can separate the concentration of substances and water, suitable for the separation and concentration of thermistor chemical substances, and has lower energy consumption compared to separation methods with phase transition. The residue removal has a wide coverage, which can not only remove dissolved carbonates, but also remove various organic compound residues. Using only working pressure as the driving force for membrane separation, the separation equipment is simple and very easy to operate, automate control, and maintain.

Due to the excellent, efficient, and environmentally friendly characteristics of reverse osmosis separation technology, it has been widely used in many industries. Currently, large and medium-sized reverse osmosis water purification equipment is used for seawater desalination, iron carbon filler purification treatment, and chemical wastewater treatment. By utilizing reverse osmosis desalination, pure or ultra pure water systems can be produced for use in the production and manufacturing of semiconductor materials, integrated circuit chips, power plant heating furnaces, medical industries, chemical manufacturing industries, beverage industries, as well as other fields such as skincare products, printing and dyeing plants, electroplating processes, etc. By utilizing its dehydration and concentration characteristics, it can also be used to concentrate vegetables, fruit juice, milk, traditional Chinese medicine, etc.

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