The reverse osmosis system can remove most contaminants in the water, including dissolved minerals, organic matter, bacteria and viruses. It is not only suitable for borehole water treatment, but also widely used in seawater desalination, wastewater treatment and other fields.

Filtration systems that can filter sulfur from water: ● Activated carbon filter, ● Oxidation filtration system, ● Reverse osmosis (RO) system, ● Ion exchange system, ● Green sand filter.

The quality of raw water has an important impact on the amount of wastewater from a reverse osmosis system. The higher the dissolved solids, contaminants and hardness in the raw water, the more frequently the system needs to discharge wastewater to prevent membrane clogging.

● High-end system: about $60,000 to $100,000. Includes complex pretreatment equipment, top-level reverse osmosis membrane, most advanced high-pressure pump and fully automated control system, suitable for applications with poor water quality or extremely high water quality requirements.

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.

A reverse osmosis system with a processing capacity of 5,000 liters/hour has a monthly electricity bill of approximately US$150, a water bill of approximately US$2,500, and a total operating cost of US$2,650.

● 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

In terms of the ability to remove pollutants, the multi-stage filtration system is undoubtedly the most comprehensive and efficient. It combines multiple filtration technologies and is able to remove almost all types of pollutants,.

The reverse osmosis system can effectively remove more than 99% of dissolved salts in water through the selective permeability of the RO membrane, converting brackish water into fresh water suitable for drinking and irrigation.

5 major application scenarios of 3000L reverse osmosis system: Scenario 1: Home use (small communities and villa groups) 2: Commercial applications (catering and hotel industries) 3: Industrial use (small factories and laboratories) 4: Medical and public facilities 5: Agriculture and irrigation ...