Dry well near the Munin field in the North Sea

deepsea-stavanger-odfjell-drilling.jpg

The well was drilled by the “Deepsea Stavanger” drilling rig. Photo: Odfjell Drilling.

22/09/2023 Equinor Energy is concluding the drilling of exploration well 30/11-15 in the North Sea. The well is dry.

The well was drilled by the “Deepsea Stavanger” drilling rig, about 25 km southwest of the Oseberg field in the North Sea and 150 km west of Bergen.

Equinor has drilled the well on behalf of Aker BP, which is the operator of the production licence. The two companies each hold a 50% ownership interest in the licence. This is the 14th exploration well in production licence 035, which was awarded in 1969. Munin was discovered in 2011, and the plan for development and operation (PDO) was approved in June 2023. Following the Munin discovery, an additional seven exploration wells have been drilled in this production licence, three of which have resulted in discoveries.

Geological information

The primary exploration target for the well was to prove petroleum in Lower Jurassic reservoir rocks in the Statfjord Group. The secondary target was sampling and logging previously proven petroleum deposits from the Middle Jurassic Brent Group.

Well 30/11-15 encountered the Statfjord Group at about 382 meter gross thickness, with reservoir rocks totalling 58 metres with poor reservoir quality. Data acquisition was carried out.

The well encountered the Brent Group with reservoir properties and hydrocarbon columns as expected. The discovery in well 30/11-8 S was proven in 2011. Data acquisition was also carried out in the Brent Group.

Well 30/11-15 was drilled to a vertical depth of 4620 metres below sea level and was terminated in the Eiriksson Formation in the Lower Jurassic.

Water depth at the site is 106 metres. The well has now been permanently plugged and abandoned.

Map showing the location of well 30/11-15.

 

Contact

Ola Anders Skauby

Director Communication, public affairs and emergency response

Tel: +47 905 98 519

Updated: 25/09/2023

Latest news

Dry well in the Norwegian Sea (6507/2-8)
27/03/2025 Aker BP ASA and its partners have completed drilling on the “Kongeørn” prospect in the Norwegian Sea, 240 kilometres west of Sandnessjøen.
Drilling permit for wellbore 25/11-30 S
27/03/2025 The Norwegian Offshore Directorate has granted Equinor Energy AS drilling permit for wellbore 25/11-30 S in production licence 169, cf. Section 13 of the Resource Management Regulations.
Dry well in the North Sea (35/6-6)
26/03/2025 OMV and its partners have drilled a dry well on the “Horatio” prospect in the North Sea.
Production figures Febuary 2025
20/03/2025 Preliminary production figures for February 2025 show an average daily production of 1 938 000 barrels of oil, NGL and condensate.
Drilling permit for wellbore 9/6-1
18/03/2025 The Norwegian Offshore Directorate has granted Harbour Energy Norge AS drilling permit for wellbore 9/6-1 in production licence EXL006, cf. Section 13 of the Resource Management Regulations.
Drilling permit for wellbore 6405/7-4
17/03/2025 The Norwegian Offshore Directorate has granted Aker BP ASA drilling permit for wellbore 6405/7-4 in production licence 1005, cf. Section 13 of the Resource Management Regulations.
Drilling permit for the wells 34/6-8 S and 34/6-8 A
11/03/2025 The Norwegian Offshore Directorate has granted Equinor Energy AS drilling permit for the wells 34/6-8 S and 34/6-8 A in production licence 554, cf. Section 13 of the Resource Management Regulations.
Announcement of acreage for CO2 storage on the Norwegian Continental Shelf
05/03/2025 On 5th of March 2025, the Ministry of Energy announced one area for CO2 storage pursuant to the CO2 Storage Regulations. This area comprises defined blocks in the North Sea.
Gas/condensate discovery in the Norwegian Sea (6406/6-7 S)
05/03/2025 Equinor and its partners have proven gas/condensate in the “Mistral Sør” prospect.
Dry well in the North Sea (7/1-4 S)
04/03/2025 Vår Energi and its partners have drilled a dry well on the “Kokopelli” prospect, south of the Sleipner area.