Modeling of hydrocarbon generation by Domanic source rock of the Timan‑Pechora basin using different kinetics of kerogen decomposition

Domanic Upper Devonian deposits of the Timan-Pechora petroleum province are the subject of growing scientific and practical interest from the time of its discovery (late 19th century). And, despite the considerable knowledge database on Domanic organic matter have accumulated geochemists, it still r...

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Main Authors: I.A. Sannikovа, M.A. Bolshakova, A.V. Stoupakova, R.S. Sautkin, A.A. Suslova, E.V. Kozlova
Format: Article
Language:English
Published: Georesursy Ltd. 2017-05-01
Series:Georesursy
Subjects:
Online Access:https://geors.ru/archive/article/856/
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author I.A. Sannikovа
M.A. Bolshakova
A.V. Stoupakova
R.S. Sautkin
A.A. Suslova
E.V. Kozlova
author_facet I.A. Sannikovа
M.A. Bolshakova
A.V. Stoupakova
R.S. Sautkin
A.A. Suslova
E.V. Kozlova
author_sort I.A. Sannikovа
collection DOAJ
description Domanic Upper Devonian deposits of the Timan-Pechora petroleum province are the subject of growing scientific and practical interest from the time of its discovery (late 19th century). And, despite the considerable knowledge database on Domanic organic matter have accumulated geochemists, it still requires more detailed study. This article presents the geochemical characteristics of organic matter of Timan-Pechora Domanic source rock using Rock Eval pyrolysis and the kinetic spectra of kerogen decomposition of sedimentary deposits from different parts of the Timan-Pechora basin. The variety of Domanic kinetics by deep strata and by area of the Timan-Pechora basin were analyzed. Dependence of kinetics from sedimentation conditions is shown. Four regional (sublatitudinal and submeridional) 2D basin models were created using of geochemical results. The results of petroleum basin modelling are performed. The sensitivity study of basin models to the kinetic spectrum change was made. It is shown that use of measured Domanic kinetics instead of published in software kinetics significantly affects basin modelling results. Were estimated the volume of generated by Domanic source rock hydrocarbons with use of different kinetics (published and measured). The difference in Domanic generation between these two scenarios is about 70 Bt of oil.
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spelling doaj.art-6e4a26feac0c4c06884777c1d5ae77b92022-12-22T03:09:29ZengGeoresursy Ltd.Georesursy1608-50431608-50782017-05-01Special issue657910.18599/grs.19.8Modeling of hydrocarbon generation by Domanic source rock of the Timan‑Pechora basin using different kinetics of kerogen decompositionI.A. Sannikovа0M.A. Bolshakova1A.V. Stoupakova2R.S. Sautkin3A.A. Suslova4E.V. Kozlova5Lomonosov Moscow State UniversityLomonosov Moscow State UniversityLomonosov Moscow State UniversityLomonosov Moscow State UniversityLomonosov Moscow State UniversitySkolkovo Institute of Science and TechnologyDomanic Upper Devonian deposits of the Timan-Pechora petroleum province are the subject of growing scientific and practical interest from the time of its discovery (late 19th century). And, despite the considerable knowledge database on Domanic organic matter have accumulated geochemists, it still requires more detailed study. This article presents the geochemical characteristics of organic matter of Timan-Pechora Domanic source rock using Rock Eval pyrolysis and the kinetic spectra of kerogen decomposition of sedimentary deposits from different parts of the Timan-Pechora basin. The variety of Domanic kinetics by deep strata and by area of the Timan-Pechora basin were analyzed. Dependence of kinetics from sedimentation conditions is shown. Four regional (sublatitudinal and submeridional) 2D basin models were created using of geochemical results. The results of petroleum basin modelling are performed. The sensitivity study of basin models to the kinetic spectrum change was made. It is shown that use of measured Domanic kinetics instead of published in software kinetics significantly affects basin modelling results. Were estimated the volume of generated by Domanic source rock hydrocarbons with use of different kinetics (published and measured). The difference in Domanic generation between these two scenarios is about 70 Bt of oil.https://geors.ru/archive/article/856/Domanic source rockTiman-Pechora basinshale oilkinetic spectrahydrocarbon generationbasin modeling
spellingShingle I.A. Sannikovа
M.A. Bolshakova
A.V. Stoupakova
R.S. Sautkin
A.A. Suslova
E.V. Kozlova
Modeling of hydrocarbon generation by Domanic source rock of the Timan‑Pechora basin using different kinetics of kerogen decomposition
Georesursy
Domanic source rock
Timan-Pechora basin
shale oil
kinetic spectra
hydrocarbon generation
basin modeling
title Modeling of hydrocarbon generation by Domanic source rock of the Timan‑Pechora basin using different kinetics of kerogen decomposition
title_full Modeling of hydrocarbon generation by Domanic source rock of the Timan‑Pechora basin using different kinetics of kerogen decomposition
title_fullStr Modeling of hydrocarbon generation by Domanic source rock of the Timan‑Pechora basin using different kinetics of kerogen decomposition
title_full_unstemmed Modeling of hydrocarbon generation by Domanic source rock of the Timan‑Pechora basin using different kinetics of kerogen decomposition
title_short Modeling of hydrocarbon generation by Domanic source rock of the Timan‑Pechora basin using different kinetics of kerogen decomposition
title_sort modeling of hydrocarbon generation by domanic source rock of the timan pechora basin using different kinetics of kerogen decomposition
topic Domanic source rock
Timan-Pechora basin
shale oil
kinetic spectra
hydrocarbon generation
basin modeling
url https://geors.ru/archive/article/856/
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