03 June 2005
03 June 2005
Aker Kvaerner, the global provider of engineering and technical solutions to the offshore energy industry has been awarded two awards its carbon fibre innovations at the Offshore Technology Conference (OTC).
The awards, Spotlight on New Technology, was first introduced last year, and is a program that serves as a stage to highlight the most innovative and significant offshore developments during the year.
""These recipients demonstrate the increasing technical edge that is required to explore and produce in ever-increasing water depths, and more remote and hostile environments. The products recognized in this year's Spotlight program will help bring offshore development to new depths - depths that just a few years ago seemed impossible."" Says Rod Allen, OTC .05 Chairman
Aker Kvaerner Engineering and Technology with offices around the world received one award for their design of the patent-pending Carbon Fibre Reinforced Steel Tube Umbilical. The carbon fibre technology opens the door to cost effective dynamic applications and has been introduced to be used in umbilicals in water depths greater than 2 000 meters. The carbon fibre rods are used to enhance the axial stiffness of the cross section in the umbilical. Significant weight savings and improved axial stiffness to weight ratio are the key characteristics of this new product.
The technology is a spin-off from composite riser and tether technology that was previously developed by Aker Kvaerner and ConocoPhillips. The umbilical is the power and control lifeline in every subsea production system, connecting the topside and subsea systems with required utilities as hydraulic, electric, fibre optic and chemicals.
Aker Kvaerner has earlier this week announced the first order for the Carbon Fibre Reinforced Steel Tube Umbilical, which will be used by Anandarko Petroleum and Dominion Oil and Gas in their Independence Hub development in the Gulf of Mexico.
The Norway office also received one award for the technology design of the patented Stepped Diameter Tendon. The tendon provides the answer to many years of searching for how to extend the commercial application of Tension Leg Platforms (TLPs) to water depths beyond 4000 feet. The challenge lies in that conventional steel tendons become heavy in the deeper waters and thereby consume the platform's payload capacity.
Earlier concepts have represented step changes in pressurized steel tendons or composite materials. The stepped diameter tendon is merely applying well proven components in a new fashion. The lower sections are made up of small diameter, thick wall pipe that can withstand the hydrostatic head. The upper sections are made up of large diameter, thin wall pipe that has excess buoyancy to carry to the lower sections.
ConocoPhillips and Aker Kvaerner have recently entered a license agreement for the application of the Stepped Diameter Tendon concept for the Magnolia TLP.
""These awards reflect Aker Kvaerner's strong focus on technology and are excellent examples of how we can create value for our customers and, together with them, rapidly commercialize new technologies"" says President and CEO of Aker Kvaerner, Inge K. Hansen.
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