Aker Solutions has won a front-end engineering and design contract from Equinor for the Atlantis subsea tie-in project [1, 2].
The agreement is a critical step in increasing gas output from the North Sea. By preparing the Kvitebjørn platform to receive the tie-in, the project aims to unlock production from the Atlantis discovery [1, 2].
Front-end engineering and design, known as FEED, serves as the technical blueprint for complex offshore infrastructure. This phase defines the project's scope, and provides the cost estimates necessary for a final investment decision. Aker Solutions will focus on the integration of the subsea systems with the existing Kvitebjørn facility [1, 2].
The North Sea remains a primary hub for European energy security. Infrastructure projects like the Atlantis tie-in allow operators to extract resources from smaller fields by linking them to established platforms, a process that reduces the need for new, standalone installations [1, 2].
Equinor continues to prioritize the optimization of its Norwegian continental shelf assets. The collaboration with Aker Solutions leverages the contractor's expertise in subsea technology to ensure the technical viability of the gas flow from the seabed to the platform [1, 2].
This contract marks a continuation of the partnership between the two energy firms. The project's success depends on the precise engineering of the tie-in to maintain operational safety and efficiency at the Kvitebjørn platform [1, 2].
“Aker Solutions has won a front-end engineering and design contract from Equinor”
The use of subsea tie-ins represents a strategic shift toward 'hub-and-spoke' development in the North Sea. By connecting new discoveries like Atlantis to existing infrastructure like Kvitebjørn, energy companies can lower capital expenditures and reduce the carbon footprint associated with building new platforms, while simultaneously extending the economic life of mature fields.
