Seawater Desalination Technologies

Technology Introduction:

Desalination of seawater uses desalination of seawater to produce fresh water. It is an open source incremental technology that realizes the utilization of water resources, which can increase the total amount of fresh water, and is not affected by time and space and climate. It can guarantee stable water supply for drinking water from coastal residents and hydration of industrial boilers.

The design of seawater desalination system not only meets the requirements of water production, water quality, etc., but also meets the influence of various natural factors such as typhoon, sea breeze corrosion, winter heat preservation, etc., while taking into account the requirements of aesthetics and practicability. By improving the traditional seawater desalination process, our seawater desalination technology can not only obtain the purified water, but also return the concentrated water to the field of salt field and chemical regenerant to realize circular economy. Design energy-saving and emission-reduction systems for coastal cities, islands, different industries, freshwater-poor countries and offshore operations.

Technical Advantages:

>  Auto control Advantage: The unique intelligent control system can provide remote monitoring technical maintenance, fault diagnosis and fully meet the requirements of ship classification certification

>  Technical advantage: Use high desalination rate RO membrane for seawater desalination, the system structure is made of corrosion-resistant dual-phase steel. Ensure system life and stability

>  Process Advantage: According to the different needs of cities, ships and industries, the overall modular/container/solar/Marine/seawater desalination system will be designed

>  Efficiency advantage: Using special energy recovery device, the cost of producing water is lower than that of commercial water and water storage.

Technical Index:

>  Range of Application :TDS≤35000mg/L

>  Effluent quality:TDS≤600mg/L(Can according to customer requirements to achieve higher targets)

>  Salt rejection:>98%

>  Adaptable sea temperature:5.0~40.0 ℃

Equipment form:

Engineering photo: