3/15/2024 0 Comments The draugen oil platform norway![]() The engineering work for the FSO was conducted by Brevik Engineering. In April 2018, Aibel secured the contract for lifetime extension and refurbishment of the Njord Bravo FSU. Kvaerner won a contract related to upgrading the Njord A Platform in March 2017. The value of the contract to upgrade the semi-submersible Njord A platform for Aker Solutions was NOK1bn. The company was also associated with modifying the platform and it handed over the upgraded Njord A in March 2022. The platform will receive power from the shore via the Draugen platform in the Norwegian Sea.Īker Solutions delivered the Njord A platform in September 1997. Njord A will meet 60% of its requirements through electricity, while the Njord Bravo FSO will be fully electrified. The Njord field will also be partially electrified, that will offset annual carbon dioxide emissions by about 130,000 tonnes. Future activity at Njord will include drilling ten additional wells, and further exploration of the area. So far, 54 wells were drilled at the field. The two fields have a total of 110 million barrels of recoverable resources. The assets were upgraded to enable production until 2040.Īdditionally, the platform was modified to enable tie-in with the Bauge and Fenja fields. The Njord A Platform was towed to Kvaerners yard at Stord for refurbishment, while the Njord Bravo Floating Storage Unit (FSU) was towed to Kristiansund. The modifications on the Njord A Platform and Njord Bravo storage vessel began in 2016, following 19 years of production. However, gas injection was reduced following the commencement of gas exports in 2007. Initially, the production strategy included gas injection in parts of the reservoir and pressure depletion in the remaining parts. Meanwhile, the gas from the field is transported through a 40km pipeline connected to the Åsgard Transport System (ÅTS) and subsequently to the Kårstø terminal. The oil produced is transported to Njord Bravo through a pipeline and further to the market by tankers. The development of the field includes a floating steel platform called Njord A, with integrated deck consisting of drilling and processing facilities and living quarters, and Njord B storage vessel. The plan for development and operation (PDO) for Njord was approved in 1995. Remaining reserves stand at around 25.9 million sm 3. The field exhibits a complex fault pattern with partial communication between the segments.ĭue to the less decline in pressure as anticipated, the recoverable volumes were higher as compared to the plans for development and operation (PDO) estimates.Īdditionally, the installation of the Åsgard subsea gas compressor increased the production of oil and gas from the field.Īccording to the Norwegian Petroleum Directorate, Njord field had recoverable reserves of 67.2 million sm 3 in oil equivalents originally. In 1997, Njord field began production from three reservoirs-Tilje, Ile and Åre. The adjacent Hyme oil field was tied back to the Njord A platform using a subsea installation in 2013. The location is 30km west of the Draugen Field. Njord Field is located offshore around 130km northwest of Norwegian municipality within Block 6407//10 in the Norwegian Sea. The field resumed production in December 2022 and is expected to remain in production in 2040.Īs of December 2020, around NOK42.03bn ($4.25bn) had been invested in the Njord field. ![]() ![]() In 2016, an extensive modification work on the Njord A platform and storage vessel was initiated.
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