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PetroStrat Highlight Barents Sea Multiclient Database Availability

27/05/2023

In support of the recent announcement by Norway’s energy ministry that 78 new Barents Sea licenses will be opened for participation in the upcoming APA 2023 round, PetroStrat are making available it’s detailed stratigraphic and reservoir quality databases - now on a custom well-subset basis.

Founded originally by Ichron in 2005 and expanded annually for 10 years thereafter, with an update of the entire library in 2015 – our Barents Sea sedimentological and stratigraphic database comprises 104 wells. PetroStrat will now be seeking to grow the database with studies on a selection of the ~50 wells released by the NPD since our 2015 update, guided by operator requirements.  

Foundational Stratigraphic and Sedimentological Reference

This key technical reference provides a consistent stratigraphic framework (indexed by our ‘Ichron Sequences’) – that our 1:50 scale core descriptions to determine facies, and mineralogy/reservoir quality characterisation using petrography, SEM and XRD analysis are biostratigraphically calibrated to. The overarching aim is to investigate the stratigraphic development and sedimentary style of reservoir-scale building blocks, and primary and secondary controls on reservoir quality within hydrocarbon reservoirs. Of our 104 database wells, 79 have visual, ichnofacies-based core descriptions generated by Ichron at the NPD. All information has been incorporated into timeslice palaeogeographical reconstructed GDE maps, that illustrate the evolution of depositional systems from the Triassic Tr60 (latest Rhaetian) up to the T110 (Oligocene). Detailed schematic depositional models for each formation (Figure 1) help illustrate reservoir quality risk related to facies. Further, the released conventional core analysis (CCA) data, has been coded by data derived from new core descriptions, petrographic analyses and biostratigraphy to link porosity & permeability data to geological controls both from a primary depositional and secondary diagenetic/burial perspective. Where beneficial, chemical stratigraphic analysis of sands from core and cuttings has been undertaken to provide insights on regional variation in the sediment provenance.  

Unified and Updated Version 

To help support operators with their renewed phase of exploration screening in the Barents Sea, as part of the collective efforts to boost gas supplies to Europe – PetroStrat now offers the flexibility for companies to license custom well subsets in priority AOI’s. The APA 2023 round is set to include 78 new license areas in the Barents Sea, and the PetroStrat database includes wells associated with every discovery up until 2015. 

Depositional model for a key reservoir target in the Norwegian Barents Sea

Deliverables

  • 1:50 scale descriptions& review of >2,350m from our 79 cored Barents Sea wells
  • Petrographic descriptions of 250 thin-sections from 79 cored wells, many with SEM/XRD analysis
  • Core photos illustrating the important sedimentological, ichnological and tectonic/diagenetic features
  • Reservoir quality cross plots, attributing porosity-permeability data against new our facies, biozone, and modal composition observations
  • Tabulated stratigraphic sequence depths for each individual well
  • Stratigraphic summary chart per well, including. Age, lithostratigraphy, sample data points & biostratigraphic marker events, set against wireline/ MWD   Correlation panels highlighting regional thickness trends, stratigraphic breaks and hiatal surfaces within the context of the regional structural elements     Stratigraphic framework & zonation scheme
  • Digital data export of stratigraphic sequences and lithostratigraphic boundaries 
  • Database

Full Well List

7016/2-1 7120/6-3S 7122/7-4S 7222/11-1T2
7019/1-1 7120/7-1 7122/7-5 7222/11-1T3
7117/9-1 7120/7-2 7122/7-5A 7222/6-1S
7117/9-2 7120/7-3 7122/7-6 7223/5-1
7119/12-1 7120/8-1 7123/4-1A 7224/6-1
7119/12-2 7120/8-2 7123/4-1S 7224/7-1
7119/12-3 7120/8-3 7124/3-1 7225/3-1
7119/12-4 7120/8-4 7124/4-1S 7225/3-2
7119/7-1 7120/9-1 7125/1-1 7226/11-1
7119/9-1 7120/9-2 7125/4-1 7226/2-1
7120/10-1 7121/1-1R 7125/4-2 7227/11-1A
7120/10-2 7121/4-1 7128/4-1 7227/11-1S
7120/1-1R2 7121/4-2 7128/6-1 7228/1-1
7120/1-2 7121/5-1 7131/4-1 7228/2-1S
7120/12-1 7121/5-2 7216/11-1S 7228/7-1A
7120/12-2 7121/5-3 7218/11-1 7228/7-1B
7120/12-3 7121/7-1 7219/8-1S 7228/7-1ST3
7120/12-4 7121/7-2 7219/8-2 7228/9-1S
7120/12-5 7121/9-1 7219/9-1 7229/11-1
7120/1-3 7122/2-1 7220/10-1 7316/5-1
7120/2-1 7122/4-1 7220/5-1 7321/7-1
7120/2-2 7122/6-1 7220/5-2 7321/8-1
7120/2-3S 7122/6-2 7220/6-1 7321/9-1
7120/5-1 7122/7-1 7220/7-1 7324/10-1
7120/6-1 7122/7-2 7220/8-1 7324/7-1S
7120/6-2S 7122/7-3 7222/11-1 7324/8-1


The Ministry of Petroleum and Energy announced APA 2023 on 10.05.2023, encompassing the predefined areas with blocks in the North Sea, Norwegian Sea and Barents Sea.

The deadline to apply for APA 2023 is Wednesday, 23.08.2023 at 12.00. Applicants are encouraged to submit in good time before the deadline. Awards are expected during the first quarter of 2024.

KeyFacts Energy Industry Directory: PetroStrat  

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