Wellesley Drills Dry Well in North Sea, Off Norway

January 27, 2022

The Well 36/1-4 S was drilled by the Borgland Dolphin drilling rig. Photo: Dolphin Drilling.
The Well 36/1-4 S was drilled by the Borgland Dolphin drilling rig. Photo: Dolphin Drilling.

Oil and gas company Wellesley Petroleum has completed the drilling of the wildcat well 36/1-4 S in the North Sea off Norway, and the well is dry, the Norwegian Petroleum Directorate said Thursday. 

Wellesley Drilled the well some 40 kilometers west of Kristiansund and about 44 km north of the Gjøa field in the northern part of the North Sea, using the Borgland Dolphin semi-submersible drilling rig. 

The objective of the well was to prove petroleum in Middle Jurassic reservoir rocks in the Krossfjord Formation. The well encountered the Krossfjord Formation with water-bearing sandstone rocks at about 33 meters, with poor to moderate reservoir quality. Water-bearing sandstone rocks were also encountered at about 33 meters with poor to moderate reservoir quality, of unknown age, deeper in the well. 

The Krossfjord Formation has traces of petroleum, but the well has been classified as dry. 

This is the second exploration well in production licence 885, which was awarded in APA 2016. The well was drilled to a vertical depth of 3224 meters below sea level and was terminated in basement rock. The water depth at the site is 211 meters. 

The well will be permanently plugged and abandoned. The Borgland Dolphin drilling rig will now proceed to Fedafjorden, a fjord in Agder county, Norway.



Current News

World's First 8th Generation Drillship Named in Singapore

World's First 8th Generation Drillship Named in Singapore

VIDEO: Hook-Up of Liza Unity FPSO Offshore Guyana

VIDEO: Hook-Up of Liza Unity FPSO Offshore Guyana

FUELTRAX Taps IMS for Middle East Sales

FUELTRAX Taps IMS for Middle East Sales

EU Unveils $220B Escape Route from Russian Fossil Fuels by 2027

EU Unveils $220B Escape Route from Russian Fossil Fuels by 2027

Subscribe for OE Digital E‑News

Offshore Engineer Magazine