Oljedirektoratet

Dry well northeast of the Skarv field in the Norwegian Sea – 6507/3-16

deapsea-nordkapp-odfjelldrilling

Well 6507/3-16 was drilled by the Deepsea Nordkapp drilling facility. Photo: Odfjell Drilling.

29/08/2022 Aker BP ASA, operator of production licence 941, has concluded the drilling of wildcat well 6507/3-16.

The well was drilled about 12 km northeast of the Skarv field in the Norwegian Sea and 220 kilometres west of Sandnessjøen.

The well's primary exploration target was to prove petroleum in reservoir rocks in the Lower Jurassic and Upper Triassic (the Båt Group and Grey Beds). The secondary exploration target was to prove petroleum in reservoir rocks in the Palaeocene (the Tang Formation).

In the primary exploration target, well 6507/3-16 encountered sandstone layers totalling about 200 metres with good reservoir quality. The preliminary interpretation is that this is part of the Båt Group in the Lower Jurassic and Grey Beds in the Upper Triassic. 2-3 metres of sandstone was encountered in the secondary exploration target in the Tang Formation.

The well is dry.

Data acquisition was carried out.

This is the second exploration well in production licence 941, which was awarded in APA 2017.

Well 6507/3-16 was drilled to a vertical depth of 2205 metres below sea level and was terminated in the Grey Beds from the Triassic.

The water depth is 374 metres. The well has been permanently plugged and abandoned.

Well 6507/3-16 was drilled by the Deepsea Nordkapp drilling facility, which is now moving on to drill production well 6507/5-A-3 AH on the Skarv field in the Norwegian Sea, where Aker BP ASA is the operator.

Map showing the location of well 6507/3-16.

 

Contact

Ola Anders Skauby

Director Communication, public affairs and emergency response

Tel: +47 905 98 519

Updated: 29/08/2022

Latest news

Production figures June 2024
23/07/2024 Preliminary production figures for June 2024 show an average daily production of 1 982 000 barrels of oil, NGL and condensate.
Join us for an exploration seminar
16/07/2024 We look forward to welcoming you to a seminar on the topic of exploration in the Barents Sea, to be held on 23-24 October 2024 at our offices in Stavanger. The seminar will include presentations by the Ministry of Energy, the Norwegian Offshore Directorate, licensees and suppliers.
Drilling permit for wellbore 6610/7-3
11/07/2024 The Norwegian Offshore Directorate has granted Equinor Energy AS drilling permit for wellbore 6610/7-3 in production licence 1014, cf. Section 13 of the Resource Management Regulations.
Delineation of discovery in the North Sea (35/10-12 S)
10/07/2024 Wellesley Petroleum has proven oil and gas in the Gnomoria Appraisal (35/10-12 S) well in the North Sea, about 100 kilometres southwest of Florø.
Drilling permit for wellbore 35/6-5 S
04/07/2024 The Norwegian Offshore Directorate has granted Aker BP ASA drilling permit for wellbore 35/6-5 S in production licence 1110, cf. Section 13 of the Resource Management Regulations.
Drilling permit for wellbore 31/1-4
03/07/2024 The Norwegian Offshore Directorate has granted Equinor Energy AS drilling permit for wellbore 31/1-4 in production licence 923 B, cf. Section 13 of the Resource Management Regulations.
The Norwegian shelf is continuously developing
28/06/2024 Director General Torgeir Stordal shares his thoughts on the trends in activity on the Norwegian Continental Shelf (NCS) in the first half of 2024.
Gas discovery in the Barents Sea (7324/8-4)
28/06/2024 Aker BP and its partners have discovered gas in wildcat well 7324/8-4 (Hassel) in the Barents Sea, around 300 kilometres from the northern coast of Norway.
Found oil and gas in the North Sea (36/7-5 S, A, B and C)
27/06/2024 Vår Energi has made an oil and gas discovery in well 36/7-5 S “Cerisa” and sidetracks 36/7-5 A, B and C.
Nominated blocks for announcement on public consultation
26/06/2024 In connection with the first licensing round for mineral activities on the seabed, the Ministry of Energy has sent blocks nominated for announcement on a public consultation process.