In response to the construction of a multi-water source guarantee system of "introducing water from Miyun in the north, Jianghan in the south, Yellow River in the east and the ocean in east", BEWG incorporated the desalination business into its development strategy since 2009 and invested in Caofeidian Desalination Project, and steadily marched into the field of desalination. In particular, the world's first thermal film coupling technology is adopted by the desalination project in Beijing and the revolutionary green seawater desalination technology that represents the future development trend of desalination, and it draws the attention of the industry.

The project of desalination of seawater desalinated by BEWG has been included in the project of Beijing-Tianjin-Hebei joint development of major national projects. As a strategic backup water source for Beijing, the project not only constructs a water resource artery in the Beijing-Tianjin-Hebei region, but also forms a sea water desalination green circular economy industrial chain with water-electricity-salt chemical co-production.

* Adopt the world's first thermal film coupling technology

* A revolutionary green seawater desalination technology that represents the future of seawater desalination

* BEWG has occupied the leading position in the field of domestic desalination

Project of transferring one million ton ocean fresh water to Beijing

  • · Included into Beijing-Tianjin-Hebei joint development of major national projects
  • · Adopting the world's most advanced hot film coupling water system

Under the guidance of the Beijing Municipal Government, BEWG will make every effort to promote the preliminary work of seawater desalination project in Beijing. The project uses the world's most advanced hot film coupled water technology, and the project will be completed in Caofeidian area water - electricity - salt chemical co-generation of desalination circular economy industrial chain and realize large-scale integrated use of concentrated brine, in order to provide an exemplary route to promote coastal regional industrial upgrading 

Project of transferring one million ton ocean fresh water to Beijing

Beijing Enterprises Caofeidian Industrial Area seawater desalination project

  • · Largest full membrane commercial operation of desalination project
  • · The desalination industrial development key demonstration project Of National Development and Reform Commission

The project is currently the largest full-membrane commercial operation desalination project in China, and is named "National Development and Reform Commission desalination industrial development key demonstration project." The completion of this project not only indicates that the development of desalination industry in our country has entered a new historical stage, and will also play a crucial role in solving the contradiction between supply and demand of water resources in the coastal areas of China and improving the circular economy in marine economy.

Beijing Enterprises Caofeidian Industrial Area seawater desalination project

Sansha sea water desalination project

  • · Independent research and development of the world's most advanced and most environmentally friendly green desalination technology
  • · Leading the future development of desalination technology

BEWG actively participates in the construction and application of seawater desalination and water infrastructure in Sansha City. It has successively completed the formal operation of desalination plants such as Yongxing Island, Yagong Island, Bei Island and Zhao Shu Island to ease water shortage in various islands. Yongxing Island 500 tons of seawater desalination projectadopts the independent research and development of new greenautomatic desalination systemwithout drugs, water quality of equipment fully meets the national drinking water standards. It is the world's most advanced and environmentally friendly green seawater desalination technology, and will lead the future development of desalination technology.

Sansha sea water desalination project
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