Semi-Regional Subsurface Modelling of Formation Fluid Movement in Response to Co2 Injection with a Focus on the Impact at Existing Wells

GreatbritainTenders notice for Semi-Regional Subsurface Modelling of Formation Fluid Movement in Response to Co2 Injection with a Focus on the Impact at Existing Wells. The reference ID of the tender is 110445111 and it is closing on 29 Nov 2024.

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Tender Details

  • Country: United Kingdom
  • Summary: Semi-Regional Subsurface Modelling of Formation Fluid Movement in Response to Co2 Injection with a Focus on the Impact at Existing Wells
  • GBT Ref No: 110445111
  • Deadline: 29 Nov 2024
  • Competition: ICB
  • Financier: Self Financed
  • Purchaser Ownership: Public
  • Tender Value: 120000
  • Notice Type: Tender
  • Document Ref. No.: TRN597-11-2024
  • Purchaser's Detail :
  • Purchaser : OIL AND GAS AUTHORITY
    Sanctuary Buildings LONDON WC1B3HF England
    Contact Person : Hazel MacLeod
    Email :Hazel.MacLeod@nstauthority.co.uk

  • Description :
  • This project aims to utilise subsurface modelling in an appropriate part of the UKCS, to simulate CO2 injection and the related impact of pressure changes and formation fluid movement at existing wells. Identifying the magnitude and timing of pressure changes in relation to a range of well situations (e.g. open/closed to rock at different stratigraphic levels) is a key measure of success.

    Additionally, in the event that modelling suggests plausible scenarios where formation fluid may be expected to escape to the water column, the NSTA are interested in quantifying the potential impacts. For example, the duration, distribution and magnitude of salinity changes on different scales.

    In detail, the NSTA expects that any proposal would incorporate, but not be limited to consideration of:

    • pressure changes associated with CO2 injection on a variety of scales at existing well locations;
    • pressure changes, across multiple stratigraphic intervals, at the well locations and the timing over which they occur;
    • the relative susceptibility to fluid escape of wells based on 'typical' abandonment scenarios and their relationship to subsurface architecture (e.g. open to one penetrated interval, closed to another) and CO2 injection activity;
    • the volume of formation fluid that could enter a wellbore at different stratigraphic intervals as a result of CO2 injection;
    • impacts of formation fluid escape on the water column on a variety of scales;

    This p...
  • Documents :
  •  Tender Notice

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