Industrial reverse osmosis (RO) water filtration system is a device that uses reverse osmosis membrane technology to remove impurities such as dissolved salts, organic matter, microorganisms, and heavy metals in water, providing a high-purity water source.

Industrial water purifier is a device specially used to purify industrial water. It removes impurities, microorganisms, dissolved solids, etc. in water through a variety of purification technologies to provide high-quality water sources that meet the requirements of industrial production.

Reverse osmosis water purifier is currently one of the most effective technologies for removing soluble pollutants in water. The RO membrane has a very small pore size and can intercept ferrous ions and trivalent iron in the water. Use a RO water purifier can effectively remove iron from the water.

The initial construction cost of the Sorek Desalination Plant was about $400 million, while the construction cost of the Carlsbad Desalination Plant was as high as $1 billion. As the world's largest desalination plant, the Ras Al Desalination Plant cost as much as $7.3 billion to build.

A reverse osmosis water plant is a facility that uses reverse osmosis technology to treat water. Its main goal is to remove dissolved salts, organic matter, microorganisms and other impurities in water through physical and chemical means to provide high-quality pure water.

If the water contains high levels of dissolved solids or heavy metals, a reverse osmosis filter may be the best choice; if the main concern is bacteria and viruses in the water, ultrafiltration or UV sterilizers are more suitable.

Due to its high purity and excellent water quality characteristics, reverse osmosis water is suitable as a water source for ice makers. Ice cubes made with reverse osmosis water are transparent and pure, which can improve the taste and quality of drinks and reduce the maintenance cost of equipment.

● Water output (Qp): 30,000 liters per hour ● Recovery rate (R): 60% ● Calculate the recovery rate using the formula: Qin = Qp/R ● Substitute the known values ​​into: Qin = 30,000 liters per hour/60% = 50,000 liters per hour

Israel is one of the most water-poor countries in the world, but it is a world leader in agricultural irrigation technology. In Israel's desert areas, reverse osmosis water filtration systems are widely used to treat seawater and salt water to provide high-quality irrigation water.

Several recommended household reverse osmosis water systems on the market： 1. A.O. Smith reverse osmosis water system 2. Midea reverse osmosis water system 3. CHUNKE reverse osmosis water system