Common Seawater Supply Project

Transport of treated seawater from the seawater treatment plant near Basra in southern Iraq to the transfer stations in the Majnoon, Missan, Halfayah, and Qurna regions to supply the individual oil field operators.

Strategic Water Storage and Recovery Facility in Liwa

The task of the “Strategic Water Storage / Recovery Facility in Liwa” project is the introduction, storage and recovery of desalinated seawater (drinking water) for emergency supply to the city of Abu Dhabi (United Arab Emirates). The drinking water introduced and stored in the natural aquifer serves as a strategic water reserve, which in the […]

Ras Al Khair – Riyadh Water Transmission System

Transport of drinking water from the Ras Al Khair desalination plant in the Eastern Province of Saudi Arabia, via three newly constructed pumping stations to the existing Riyadh elevated tanks and strategic reservoirs, and for the further supply of the newly constructed reservoirs and storage tanks in Riyadh.   Services: Preparation of instructions / procedures […]

Ras Al Khair – Hafar Al Batin Water Transmission System

Transport of drinking water from the Ras Al Zaur desalination plant in the Eastern Province of Saudi Arabia, via the newly constructed Ras Al Khair pumping station, to supply the cities and towns of Nuairiyah, Ibn Hethlain, Qaryat Al Oliyah, Sairah, Sadawi, Al Qaysumah, and Hafar Al Batin   Services: Review of process engineering with […]

Shuweihat Phase 2 Water Transmission System

Expansion of the existing drinking water pipeline system from the Shuweihat desalination plant in the United Arab Emirates, via the expanded Shuweihat and Mirfa pumping stations, to supply individual regions and settlements along the coast.

Kurdistan Iraq Crude Oil Export Pipeline

The purpose of the pipeline system is to feed crude oil from the existing crude oil production center near Taq Taq in Kurdistan (Iraq) via the Faysh Khabur Terminal into the existing Iraq – Turkey Pipeline (ITP).

Hofuf Water Transmission System

Expansion of the existing Hofuf Water Transmission System to increase the previous supply capacity from 20 MIGD (91,000 m3/d) to 40 MIGD (182,000 m3/d).

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