Seawater has high salt content and hardness, and is highly corrosive to equipment. In addition, the seasonal changes in water temperature make reverse osmosis seawater desalination systems much more complex than conventional brackish water desalination systems, with much higher engineering investment and energy consumption. Therefore, it is particularly important to reduce project investment and energy consumption through careful process design and reasonable equipment configuration, thereby reducing unit water production costs and ensuring stable system operation.

Seawater desalination equipment refers to equipment specifically designed for desalinating seawater. Sea water has a high salt content and cannot be used directly. At present, reverse osmosis membrane method is the main seawater desalination technology.

Desalination is the process of removing mineral components from saltwater. More generally speaking, desalination refers to the removal of salt and minerals from target substances, just like in soil desalination, which is a problem in agriculture. Saltwater, especially seawater, is desalinated to produce water suitable for human consumption or irrigation. The byproduct of seawater desalination process is saltwater. Many ships and submarines use seawater desalination. Modern interest in seawater desalination is mostly focused on providing freshwater for human use in a cost-effective manner. Along with recycled wastewater, it is one of the few water resources that does not rely on rainfall.

Salt content of raw water: 38000mg/L

System desalination rate: 298%

Inlet water temperature: 2-40C

Produced water quality: meets the World Health Organization Drinking Water Quality Guidelines and National Drinking Water Quality Standards

Salt content of produced water: s600mg/L

Recovery rate: 10-40%

Optional power supply: 380V/50HZ; 220V (440V)/60HZ membrane module: International first-class brand membrane components