Close Menu
    Facebook LinkedIn
    Geo365
    Facebook LinkedIn
    BESTILL Login
    • Hjem
    • Anlegg og infrastruktur
    • Aktuelt
    • Bergindustri
    • Dyphavsmineraler
    • Miljø
    • Olje og gass
    • Geofunn
    Geo365
    Du er her:Home » Machine-assisted Hunt for Hydrocarbons
    Olje og gass

    Machine-assisted Hunt for Hydrocarbons

    Av Redaksjonenmars 5, 2024
    Del denne artikkelen Facebook Twitter LinkedIn Email
    THIS WEEK: We are welcoming two presenters to our session on petroleum system analysis. Join the Dig X Subsurface conference to learn how machines may help us understand how oil and gas have formed, moved, and accumulated underground.

    Complex charge of Jurassic and Cretaceous carriers within Quadrant 35 in the Northern North Sea (time step from 2 to 0 Ma). Black lines show layer boundaries from the seabed down to the Triassic. Green colors show oil migration and trapping. Yellow and red colors represent gas migration and trapping while blue colors show areas with mixed oil and gas migration. Image courtesy of Øyvind Sylta / Migris

    Facebook Twitter LinkedIn Email

    We are rounding off the Dig X Subsurface 2024 conference with a session within a session, focusing on Petroleum System Analysis. The method is widely used to assess the potential for finding and extracting oil and gas, utilizing geological, geophysical, and geochemical data to understand how hydrocarbons are formed, transported, and trapped in the subsurface.

    Francois Gelin (TotalEnergies) is presenting two projects in cooperation with Earth Science Analytics, where the overall purpose has been to constrain basin models, particularly the thermal history. In short, machine learning has been utilized to estimate maturity based on predictions of two indicators (palynomorph darkness index and vitrinite reflectance).

    In combination, the two projects document a wide variety of methods for extracting quantitative data and insight from images, and it has been possible to set up positive feedback loops in terms of quality control and results improvements between the projects.

    Øyvind Sylta (Migris) will highlight a new workflow for automating seismic interpretations and petroleum system modeling studies, using a data set from the Q35 in the North Sea.

    Generating more data than previous methods, Sylta will explain how the workflow may allow for more detailed exploration interpretations and risk assessments – and ultimately contribute to developing new prospect and play models. Possible challenges will also be shared.

    The program can be found on the conference website. The place is Oslo (Gardermoen) and the dates are March 5 – 6th 2024.

    RELATERTE SAKER

    Kan bidra til økt leteaktivitet

    mai 7, 2025

    Unlocking Norway’s tight gas potential

    april 25, 2025

    Styrker Barentshavet som petroleumsprovins

    mars 31, 2025
    KOMMENTER DENNE SAKEN

    Comments are closed.

    NYHETSBREV
    Abonner på vårt nyhetsbrev
    geo365.no: ledende leverandør av nyheter og kunnskap som vedrører geofaget og geofaglige problemstillinger relatert til norsk samfunnsliv og næringsliv.
    KONFERANSER

    Den hemmelige historien om den gamle jorden
    May 28, 2025

    Den hemmelige historien om den gamle jorden

    Skjelv følt i Longyearbyen
    May 26, 2025

    Skjelv følt i Longyearbyen

    A blueprint for Norwegian sulfide exploration
    May 23, 2025

    A blueprint for Norwegian sulfide exploration

    Advarer om vårflom
    May 21, 2025

    Advarer om vårflom

    Elektrisitet kan bekjempe kysterosjon 
    May 20, 2025

    Elektrisitet kan bekjempe kysterosjon 

    OLJEPRIS
    BCOUSD quotes by TradingView
    GULLPRIS
    GOLD quotes by TradingView
    KOBBERPRIS
    Track all markets on TradingView
    GeoPublishing AS

    GeoPublishing AS
    Trollkleiva 23
    N-1389 Heggedal

    Publisher & General Manager

    Ingvild Ryggen Carstens
    ingvild@geopublishing.no
    cell: +47 974 69 090

    Editor in Chief

    Ronny Setså
    ronny@geopublishing.no
    +47 901 08 659

    Media Guide

    Download Media Guide

    ABONNEMENT
    © 2025 GeoPublishing AS - All rights reserved.

    Trykk Enter for å søke. Trykk Esc for å avbryte.