In an interview with Offshore Engineer, Odjfell OceanWind's CEO shared more information on the agreement. Draugen achieved peak output of about 225 000 bopd in 2001.īack in October 2021, OKEA also signed an agreement for a project that could see the Draugen platform powered by floating wind turbines to be supplied by Odfjell OceanWind. But youre never alone: every step of the way. OKEA acquired its interests in the Draugen and Gjøa offshore fields in Norway for 4.52 Billion NOK from Shell in 2018. You play Edward Charles Harden, an American traveller whos come to Norway to find his missing sister. OKEA operates the giant Draugen platform at the namesake field off Norway, which started producing oil in October 1993. The award of the LOI follows completion of front-end engineering and design (FEED) work performed by Aker Solutions. The company expects to book a "substantial" order intake related to this contract in the first quarter of 2023 in the Electrification, Maintenance, and Modifications (EMM) segment, subject to regulatory approvals.Īker Solutions defines a substantial contract as between NOK 2.5 billion (currently around $255,59 million and NOK 4.0 billion (currently around $408 million). This will replace the current power generation from gas turbines at the platform and reduce CO2 emissions by about 200,000 tonnes per year.Īker Solutions expects the LOI to be converted into a full engineering, procurement, construction, and installation (EPCI) contract during the first quarter of 2023. The project is planned to involve major modifications to the existing platform to enable it to receive power from shore via an electrical power cable. The Draugen oil field sits in about 250 meters of water, and is located around 150 kilometers north of Kristiansund. Effects on field reservoir management have included revising the water-injection strategy, converting a producer to an injector, repositioning a development well, and drilling an appraisal well.Norwegian offshore energy engineering and construction company Aker Solutions has signed a Letter of Intent (LOI) with the oil firm OKEA for the electrification of OKEA's Draugen offshore platform. Integration of the 4D-interpretation results has greatly improved the various Draugen reservoir-simulation models, enabling improved forecast and reserves estimates as well as better business decisions. Fortunately, the 4D-seismic interpretations have largely compensated for this shortcoming by providing improved lateral control for refining the reservoir-simulation models.Īll of the 4D interpretations conducted so far have indicated the need for simulation-model changes such as modified reservoir volumes in certain areas, revised fault transmissibilities, and improved relative permeability characteristics. The field has a simple geology however, the reservoir structure is relatively uncertain because of the low number of well penetrations for calibrating the structure. We improve the reliability, integrity, efficiency and productivity of critical infrastructure with. Draugen Part 1 LEts Play Walkthrough Gameplay Full series playlist. Contract Focus: OKEAs Draugen field, Norwegian Sea. On a concrete leg stands the unique platform and produces twice as much oil as expected. High-quality time-lapse seismic surveys conducted in 1990, 1998, 2001, and 2004 have all shown sharp resolution for the areal and vertical definition of the water movement toward the producing wells.Įxcellent reservoir properties with relatively few high-rate wells and an expected recovery factor exceeding 60% make Draugen one of the best performing fields offshore Norway. Draugen is a first-person psychological mystery set in 1920s Norway. Draugen The Draugen field expanded the Norwegian shelf as the first field north of 62nd latitude in the Norwegian Sea. 4D-seismic interpretation plays a key role in the reservoir management of the Draugen field, situated offshore Norway.
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