Ceona Wins Deepwater Gulf of Mexico Contract
Ceona, SURF contractor with heavy subsea construction capabilities, has been awarded a new deepwater contract with Houston-based Bennu Oil & Gas LLC in the Gulf of Mexico (GoM) on their Mirage field. This contract comes after a first contract was awarded and completed last year for operations on their Clipper deepwater field.
The agreement will see Ceona deploy its newest vessel, the Amazon, to install a flexible flowline of approximately 2.4 miles (3.8 kilometres) and an umbilical of about 2.6 miles (4.2 km) from Bennu’s Mirage well location, which is located in Block 941 of the Mississippi Canyon Field. Each will be tied-back to Bennu’s Titan Production Facility at a depth of approximately 4,000 feet (1,200 metres).
The contract is the second that Ceona has won with Bennu after previously being selected to install a 1.1 mile (1.7 km) umbilical and two 15 mile (24 km) electric quad cables at a depth of 3,000 ft (914 m) on the Clipper project in spring 2014.
Offshore work is scheduled to begin in the second half of 2015 and, as with the previous operation, the project management and engineering work will be coordinated from Ceona’s Houston offices.
The project is the second that Ceona has been awarded in the GoM to be carried out by its flagship field development vessel, the Ceona Amazon. In March, the company announced a Letter of Intent for a major rigid pipelay project in the Gulf of Mexico for leading US independent oil & gas operator, Walter Oil & Gas Corporation.
The unique Ceona Amazon will be deployed on the Coelacanth export pipelines project with the scope of work involving the vessel laying both an oil and gas export line, totalling more than 22.5 miles (36km).
The Ceona Amazon is a multi-functional vessel capable of operating in multiple pipelay (rigid/flexible pipe and umbilicals) and operational mode (heavy subsea construction). At 655 ft (199m) long, it is equipped for heavy lifting with two 400mt deepwater cranes, and has capacity to carry 9,500mt of pipe.