King Abdel Aziz International Airport

Client : General Authorities of Civil Aviation

Location : King Abdel Aziz International Airport, Jeddah, KSA

Project : New Jet Fuel Hydrants Network at KAIA Development Phase-1

Main Contractor : Saudi Binladin group-Architecture & Building Division

Aprons Contractor : Almabani General Contractors

Fuel Aviation Network Contractor  : Amana Pipelines Construction

Fuel Aviation Network Contract Administrator  : Aleph International

Fuel Aviation Network Project Management & Cost Control :Multitech International

Consultant Engineer & Client Rep :Dar Al Handasa

End user :GACA-ARAMCO-APSCO

Project Description

King  Abdul Aziz International Airport  (KAIA)  is located approximately 25 km North of Jeddah and has since become the busiest and the fastest growing airport in the Kingdom of Saudi Arabia, providing commercial operations and acting as the gateway to the holy cities of Makkah and Madinah.

The existing infrastructure and facilities are inadequate to cope with increasing demand; KAIA requires major expansion and upgrading of its existing infrastructure and facilities.

The Government of the Kingdom of Saudi Arabia, Ministry of Defense and Aviation and Inspectorate General, General Authority of Civil Aviation are expanding KAIA which shall take place in three (3) Development Phases: the first phase, for 30 million passengers capacity, is scheduled to be completed by 2014; the second phase, for 43 million passengers capacity, by 2020; and the final phase, for 80 passengers capacity, by 2035.

 

Work Description:

The existing fuel farm and the military base are receiving fuel from the North Jeddah ARAMCO depot alternatively through two 20” feed lines and one 6” line. The newly built Into-plane network and Fuel farm are to be connected to the existing network by Tying-In in sequence to the live supply lines at 6 particular locations without interrupting the fueling operations of the existing running airport. Cleaning, Air blowing, Pressure testing, hydro testing, purging and drying of the network are conducted by the time the Tie-In is completed and the network is ready to receive fuel for filling, soaking and flushing operations.

 

Scope of Work:

       Tie-In works: