Pressure Study of Mid-Norway

Pressure Study of Mid-Norway

A comprehensive and authorative picture of formation pressure distribution and its causes and build-up within Mid-Norway

Utilise key information in order to asses and reduce risk associated within this area of highly variable pressure and water depths

With increased focus on drilling in Mid-Norway following recent discoveries and revitalised licencing activity, GeoPressure Technology, the UK's leading pressure experts and IHS, developers of a unique Formation Pressure database, have combined in a join venture to examine the distribution and impact of overpressure on Mid-Norway petroleum system.

The benefits to a company with exploration, development and/or production interests in the Mid-Norway include:

Pressure Study of Mid-Norway
  • Reduced Risk
  • Associated time and cost savings
  • Potential reserves upside
  • Imporved understanding of hte regional pressure regime
  • Reliable and convenient information

This significant new Study utilising over 197 wells out of a possible 225 wells (at the time of the study) and the high quality data used in its compilation provide a comprehensive and authoritative picture of formation pressure distribution, nad its causes within Mid-Norway, giving valuable calibration to in-house pressure interpretations at prospect up to regional scale.

Pressure Study of Mid-Norway
Pressure Study of Mid-Norway

Stratigraphic Horizons

  • Post-Palaeocene (Brygge)
  • Palaeocene (Tand and Tare)
  • Upper Cretaceous (Springar, Nise and Kvitnos)
  • Lower Cretaceous (Lange, LYsing and Lyr)
  • Upper Jurassic (Spekk and Melke)
  • Lower/Middle Jurassic (Garn, lle, Tilje and Are) Triassic

Key Devilerables

  • Pressure distribution maps and pressure depth plots
  • Focusing on the 7 chronostratigraphic horizons
  • In depth interpretations focusing on 4 case studies
  • An extensive inventory of pressure depth plots

Case Studies

  • Determination of fracture and lithostatis gradients
  • Seal breach risk for Lower Cretaceous and Jurassic reservoirs
  • Regional fluid flow: Evidence from Pressure Regressions (Reversals)
  • Field Examples

The completed study, produced in collaboration with IHS Energy, is now available to buy through GeoPressure Technology

Download this flyer as a PDF.