SEWA expands water network with major projects

Sharjah 24: The Sharjah Electricity, Water, and Gas Authority (SEWA) has undertaken ambitious projects in 2024 to extend its main water lines and expand the water distribution network across new areas in the Emirate. A total of 115 kilometres of pipelines have been installed to meet residents' water needs, in accordance with the highest standards.

Expansion to Key Residential Areas

Eng. Faisal Al Serkal, Director of the Water Department at SEWA, stated that the expansion included the completion of water networks in Al Qutaina areas 1, 2, and 4, at a total cost of AED 21 million, as well as in Basateen Al Zubair at a cost of AED 9.6 million. Additionally, the fourth phase of Hoshi area development was completed at a cost of AED 9 million. Water network upgrades were also completed in four other areas—Al Yash, Al Ramaqiya, Al Qouz, and Al Majaz 2—with an estimated cost of AED 6 million.

Improved Network Efficiency and Safety

Al Serkal emphasised that these projects play a crucial role in enhancing water flow and pressure throughout the network, while also helping to protect water supplies from contamination.

Major Pipeline Projects Across the Emirate

Among the key achievements, SEWA completed the installation of a main water pipeline to the Mleiha Dairy Farm, with a diametre of 400 mm and a length of 12,534 metres, at a cost of AED 12.7 million. Another project included the construction of a water network for the Mazaira wells, spanning 9,972 metres and costing AED 4.8 million.

In addition, a transmission line from Al Rafa’a to Al Fisht was installed, with a diameter of 800 mm and a length of 2.9 km, costing AED 8.8 million. SEWA also completed a major water transmission line from the Khudaira area to the Hamda station, stretching 15 km with a diameter of 800 mm, at a total cost of AED 31 million.

Advanced Materials for Long-Term Performance

Al Serkal highlighted that all new pipelines are constructed using high-quality, insulated carbon steel—known for its durability, strength, and resistance to pressure and damage. These specifications ensure the long-term efficiency and reliability of the water network, while maintaining high health and safety standards.