A jacket for one of the Shah Deniz Stage 2 platforms has sailed away from the Heydar Aliyev Baku Deepwater Jackets Factory (BDJF) for offshore installation.
The transportation, launch, positioning and pile installation activities of the Production and Risers (PR) platform jacket structure are expected to take around 40 days to complete.
The construction of the jacket was completed on schedule and on July 29, 2016 it was loaded out onto the transportation barge STB-1 at the quayside of BDJF in preparation for the sail away to the Shah Deniz contract area in the Caspian Sea.
The PR platform jacket, built by the BOS Shelf, Star Gulf and Saipem consortium, was fully constructed in country at the BDJF, using local construction infrastructure and facilities. Over 1200 people including sub-contractors and specialist vendors were involved in the construction works.
Ewan Drummond , vice president, Shah Deniz 2 Projects, said: “The first jacket sail away is an important milestone and we are pleased to have achieved this as we move towards completion of other areas of the project. I would like to thank all people representing BP, contractors and subcontractors whose hard work has made it possible to achieve this milestone with excellent safety results. I would like to specifically thank the BOS Shelf, Star Gulf and Saipem consortium for their firm commitment to BP’s safety standards throughout the 2-year construction period. I take real pride in being able to say that the jacket with the highest number of risers in the Caspian was delivered without a single day off from work case throughout the site total of 14.6 million man-hours to date. This really is a great achievement and I am confident that the offshore installation will be performed with the same level of commitment to safety and quality.”
The PR platform jacket weighs 13,150 tonnes and stands 105 metres high. It contains 12 production risers, 3 export risers and a dedicated monoethylene glycol (MEG) import riser. The jacket will be installed in a water depth of 94 metres.