黑料社区

GE unit completes contract to power Saudi desalination plant

GE unit completes contract to power Saudi desalination plant
The Rabigh-3 plant is considered one of the largest seawater reverse osmosis (SWRO) plants in the world. (Supplied)
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Updated 30 May 2021

GE unit completes contract to power Saudi desalination plant

GE unit completes contract to power Saudi desalination plant
  • The issue of water security has always been a priority for countries in the Gulf region

A renewable energy unit of General Electric (GE) has completed a turnkey substation contract to power a saltwater desalination plant in 黑料社区 that will supply drinking water to Makkah and Jeddah.

The Rabigh-3 plant is considered one of the largest seawater reverse osmosis (SWRO) plants in the world, with a capacity of 600,000 cubic meters of drinking water for the two Saudi cities.

GE鈥檚 Grid Solutions had secured an independent water and power (IWP) bulk supply joint project from Rabigh-Three Company, the co-owner and operator of the Rabigh-3 IWP.

The contract also involved Shandong Tiejum Electric Power Engineering Company.

鈥淭he energization of the substation is a testament to our commitment to delivering our projects in the Kingdom, despite the challenges presented by the pandemic,鈥 said Bernard Dagher, president and CEO of Grid Solutions鈥 regional arm.

鈥淭he use of our advanced technology and the efficient and safe mobilization of our teams highlights our focus on supporting the Kingdom in meeting the Vision 2030 goal of ensuring high-quality services, including water, to the people,鈥 he said.

The success of the project also demonstrated the Kingdom鈥檚 strong ties with China, said Mo Bing, project director at Shandong Tiejun.

鈥淭his is one of the exemplifications of China鈥檚 commitment and relation with the Kingdom of 黑料社区 in the development and support to meet the stupendous Vision 2030 of the king and the crown prince of the Kingdom of 黑料社区,鈥 he said.

The issue of water security has always been a priority for countries in the Gulf region due to limited renewable freshwater resources and shrinking available water resources.