Skip to main content

Statoil to commence UKCS exploration campaign

Published by , Assistant Editor
Oilfield Technology,


Statoil is set to commence a three well exploration drilling campaign on the UK Continental Shelf (UKCS), with the Transocean Spitsbergen semi-submersible rig spudding the first well of the campaign this month.

“This is an exciting campaign testing three very different opportunities on the UKCS. [The company hopes] to make discoveries that can add value to existing projects and also provide the resources necessary for new developments on the UKCS,” says Jenny Morris, Vice President of Exploration, UK.

The wells will be drilled in a continuous campaign that is expected to last between two and three months.

The first well, Mariner Segment 9, could prove additional resources and increase the extent of the Mariner field. After completing the well, which is expected to take 15 - 20 days, the rig will move to Jock Scott, a prospect on the underexplored margins of the Viking Graben. This well is expected to be completed in 20 - 40 days.

The last well of the campaign will be the Verbier opportunity in the Moray Firth area. This well is expected to take 30 - 70 days to complete.

“We have three exciting wells to test with a proven and efficient rig that will enable us to continue to develop our understanding of the full exploration potential of this mature basin and hopefully add new commercial reserves to our UK portfolio,” says Morris.

Read the article online at: https://www.oilfieldtechnology.com/drilling-and-production/03072017/statoil-to-commence-ukcs-exploration-campaign/

You might also like

Closing the Loop on Sulphide Scavenger Management: A Complete Analysis Toolkit for MEA, MMA, and MIPA/MBO Chemistries

In the oil and gas sector, the management of hydrogen sulphide (H2S) is a perpetual balancing act. For years, MEA-triazine has been the industry workhorse – efficient, cost-effective, and generally well-understood. However, as operators push for greater efficiency and contend with varying production environments, the chemical landscape has shifted. The reliance on standard MEA-triazine has evolved into a more complex mix of chemistries, including methylamine (MMA-triazine) and monoisopropanolamine (MBO) formulations.

 
 

Embed article link: (copy the HTML code below):