Aker Solutions has been selected to supply two production control umbilicals and three umbilical termination assemblies (UTAs) to Murphy Exploration & Production Company – USA. The products will be delivered to the Murphy operated Dalmatian field in the De Soto Canyon located in the Gulf of Mexico which is jointly owned by Murphy and Ecopetrol America Inc. Contract value is undisclosed.
Aker Solutions has been selected to supply two production control umbilicals and three umbilical termination assemblies (UTAs) to Murphy Exploration & Production Company – USA. The main control and injection umbilical will tie the host facility to Murphy’s De Soto Canyon Block 4 well for a distance of 21 miles (34 km). The second umbilical is an infield umbilical that will connect two blocks 5 miles (8 km) apart. The umbilicals will be used in water depths of approximately 6 000 feet (1 800 metres). Installation is planned for the fourth quarter of 2013.
“Aker Solutions is excited to work with Murphy on this project. We have a strong track-record in the Gulf of Mexico and look forward to executing this contract,” says Marc Quenneville, head of Aker Solutions’ umbilicals business in North America.
Engineering, project management, and manufacturing of the umbilicals will take place at Aker Solutions’ state-of-the-art umbilicals facility in Mobile, Alabama. Engineering for the subsea UTAs will take place at Aker Solutions’ Houston office while manufacturing will take place in Mobile.
Opened in 2003, Aker Solutions’ umbilical manufacturing facility in Mobile is strategically located to serve the Gulf of Mexico and global markets. The facility, with its high capacity horizontal cabler, is specially designed to meet the challenges of demanding deepwater applications.
Subsea umbilicals are deployed on the seabed to supply necessary controls and chemicals to subsea oil and gas wells, subsea manifolds and any subsea system requiring a remote control.
Over the past 15 years Aker Solutions has delivered more than 400 umbilicals to some of the world’s most challenging fields, from harsh environment to ultra-deep, high-pressure water conditions.