MIRFA 2 REVERSE OSMOSIS DESALINATION PLANT (M2 RO – IWP) (ABU DHABI, UNITED ARAB EMIRATES)
The scope of work included different solutions for plant capacities of 80 and 120 MGID. For these solutions, the work performed included verification of the suitability of the former pumping station of the preexisting plant (which had been demolished) for the new desalination plant, design of the discharge chamber, and design of the discharge pipelines […]
SHUWEIHAT S-4 REVERSE OSMOSIS DESALINATION PLANT (ABU DHABI, UNITED ARAB EMIRATES)
The engineering works for this new S4-RO plant, with a capacity of 70 MGID, included extending the existing intake channel to the project plot, constructing the pumping station, and a discharge system comprising two onshore GRP pipelines with a 1,600 mm internal diameter and a manhole that discharges brine into the existing outfall channel via […]
NEW SEAWATER INTAKE CAISSON IN RUWAIS (ABU DHABI, UNITED ARAB EMIRATES)
Basic design of a new seawater intake caisson at the Ruwais industrial complex. The new intake caisson, Sea Water Intake 3 (SWI-3), is located between the two existing ones (SWI-1 and SWI-2). Key activities include: Location and study of layout alternatives to ensure no interference with the operation of existing SWI-1 and SWI-2. • Study […]
WATER INTAKE, PUMPING STATION, AND DISCHARGE SYSTEM OF THE TAWEELAH DESALINATION PLANT, ABU DHABI (UAE)
The project’s objective is to define and justify the seawater intake system, brine discharge, and pump chamber for the Taweelah desalination plant.The main characteristics of the project are as follows:• Maximum intake flow rate of 27.0 m3/h (23,334,784 m3/d)• Maximum discharge flow rate of 16.51 m3/s (425,566 m3/d)• Discharge system via 3 pipelines with an […]
TENDER PROJECT FOR THE CONSTRUCTION OF THE OIL TERMINAL AT HAMRIYAH PORT (UNITED ARAB EMIRATES)
This is a new berthing jetty at Hamriyah Port capable of receiving vessels of 60,000 tonnes. The new jetty must meet the functional requirements and design criteria established by TAKREER for the terminal. The design includes and provides for the construction of a jetty consisting of the following main elements: • Landside access for pipelines, […]