Johan Sverdrup oil field

The Johan Sverdrup oil field (Sverdrup Field) is an oil field in the North Sea, about 140 kilometres (87 mi) west of Stavanger, Norway[1]. The field lies in two different production licenses and consists of two different discoveries called Avaldsnes (where Lundin Petroleum is the operator) and Aldous Major South (where Statoil - now known as Equinor - is operator). When it was revealed that these discoveries constituted one single field, it was renamed Johan Sverdrup after the father of Norwegian parliamentarism. The field has not yet been unitized between production licenses 501, 501B, and 265. [2] Johan Sverdrup is expected to hold 1.9–3.0 billion barrels (300–480 million cubic metres) of oil.[3] According to Statoil,[4] the field is in 110 to 120 metres water depth, and the reservoir is at 1900 meters depth.

Johan Sverdrup field
Location of Johan Sverdrup field
CountryNorway
RegionSouthern North Sea
LocationUtsira High
Block16/2 and 16/3
Offshore/onshoreoffshore
Coordinates59.22°N 2.49°E / 59.22; 2.49
OperatorEquinor
PartnersEquinor
Lundin Petroleum
Total E&P Norge
Petoro
Aker BP
Field history
Discovery2010
Start of productionOctober 2019
Production
Estimated oil in place2,800 million barrels (~3.8×10^8 t)

Field development

In March 2012, after a signing of a pre-unit agreement between the different licensees, Statoil was appointed working operator. Production startup is expected in 2019.[5] Peak production is estimated to be over 500,000 barrels per day (79,000 m3/d), which will make it by far the largest producing oil field in the North Sea by the time it reaches its peak. The oil produced at the field will be transported by pipelines to the Mongstad refinery where it will be shipped and refined.

The first stage of development Phase 1 will consist of four-platform field hub producing 440,000 barrels per day after startup in late 2019. Its front-end engineering and design work was awarded to Aker Solutions, who were also awarded the contract for the detailed engineering phase in January 2015.[6] The platform jacket work for 3 Platforms (P1, DP and RP) was awarded to Kværner built in Verdal Yard near Trondheim. Dragados was awarded the contract for the LQ jacket to be built in Spain. [6]

The field development includes high-voltage direct current (HVDC) link that will supply the Johan Sverdrup offshore oilfield development with electricity from the onshore grid. Supplying power from shore to run the oil platforms, instead of using local generation, considerably lowers CO2 emissions from the production. ABB will design, engineer, supply and commission the equipment for two ±80 kilovolt 100 MW HVDC converter stations, using Voltage-Sourced Converters (VSC) technology. The Martin Linge oil field is also supplied via Sverdrup.

The project includes installation, supervision and site services. One station will be situated on-shore at Haugsneset, near the Statoil Kårstø plant on the Norwegian west coast, the other on the platform situated 155 km west of the Norwegian coastline. Further studies will examine if HVDC power can be fed to other platforms in nearby fields. The first 100 MW came online in 2018, with further 100 MW phases to start in 2023.[7]

Phase 2 will be for a fifth Platform P2 capable of processing 220,000 barrels per day. This contract was awarded to Aibel to be built in their yard in Haugesund, Norway. Electricity is to be supplied from shore by 62km of 132kV AC seacables.[8]

On February 13, 2015 Statoil announced it will proceed to develop the Johan Sverdrup field despite disagreements over ownership stakes with fellow Norwegian upstream AkerBP.[9]

Production

Norway’s crude oil production stood at 1.75 million barrels per day in February 2020, up 26% from a year ago thanks to the ramp-up of Johan Sverdrup oilfield.

Equinor in March 2020 expected Sverdrup to hit a daily output of 470,000 bpd in early May 2020, up from around 350,000 bpd at end-2019.[10]

Contractors
gollark: If the code is also on the notsquare grid, graphs.
gollark: Just have a "square" grid but each tile connects to FIVE things, and force people to provide code as a graph or something.
gollark: Oh, you're right, the internal geometry doesn't have to match anything you can actually represent.
gollark: Your average 2D one, but on an infinite tiling of heptagons.
gollark: Hyperbolic geometry esolang which is actually 2D and not 3D?

References
  1. https://www.ep.total.com/en/giant-johan-sverdrup-oil-field-starts-phase-1-production-norway
  2. http://www.tu.no/petroleum/2014/02/03/derfor-kan-johan-sverdrup-glippe-for-statoil
  3. "Statoil targets low break-even cost, high recovery rate at Johan Sverdrup". www.offshore-mag.com. Retrieved 2018-01-05.
  4. http://www.statoil.com/en/Johan-Sverdrup/Pages/Johan-Sverdrup-Field.aspx?redirectShortUrl=http%3a%2f%2fwww.statoil.com%2fjohansverdrup
  5. Lundin Petroleum (2012-05-10). "Press announcement from Lundin Petroleum". Retrieved 2012-06-07.
  6. "Aker Solutions secures engineering contract for Johan Sverdrup development". 22 January 2015.
  7. "Power from shore commences at Johan Sverdrup – Energy Northern Perspective". PR. 9 October 2018. Retrieved 31 March 2019.
  8. "NKT to Supply Shore Power Cables for Equinor". Offshore Engineer Magazine. 20 May 2019.
  9. "Statoil OKs disputed $29 billion Johan Sverdrup field development". Petro Global News. Retrieved 18 February 2015.
  10. Norway may cut its oil output if other big producers agree deal
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