Total makes gas and condensate discovery in the North Sea
Published by Louise Mulhall,
Editorial Assistant
Oilfield Technology,
The well was drilled in the northeast part of the Martin Linge field in the North Sea. The objective of the well was to prove petroleum in Middle Jurassic reservoir rocks (Brent group). The well encountered gas and condensate in the Tarbert, Ness and Etive formations in the Brent group. Reservoir quality was good. Preliminary estimations of the size of the discovery are between 2 and 11 million standard m3 of recoverable oil equivalents.
Extensive data acquisition and sampling have been carried out. The well was formation-tested. The maximum production rate was 2.4 million m3 of gas/flow day through a 48/64 in. nozzle opening. The well has added additional resources to the Martin Linge development and was completed with the objective of putting the well into production at start-up of the field. 30/4-3 S is the fourth exploration well in production licence 043. The licence was awarded in 1976.
The well was drilled to a vertical and measured depth of 4134 m and 4581 m below the sea surface, respectively, and was terminated in the Dunlin group in the Early Jurassic. Water depth is 115 m. The well was drilled with the Maersk Intrepid drilling facility.
For maps and further reading please go to the webpages of the Norwegian Petroleum Directorate.
For more information please visit: Total
Read the article online at: https://www.oilfieldtechnology.com/exploration/17102016/total-makes-gas-and-condensate-discovery-in-the-north-sea/
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