Integrated 3D reservoir modelling for the unconventional reservoir prospects: a case study of Upper Cretaceous Brown Limestone reservoir, South Geisum field, Gulf of Suez, Egypt

Abstract The Gulf of Suez basin (GOS) hosts over eighty conventional oilfields spanning from the Pre-Cambrian to the Recent. This research focuses on a segment of the (GOS) sequence within the territories managed by PGM Company. It outlines a methodology for evaluating unconventional resource potent...

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Main Authors: Mohamed Osman, Sherif Farouk, Mohammad A. Sarhan
Format: Article
Language:English
Published: Springer 2025-01-01
Series:Geomechanics and Geophysics for Geo-Energy and Geo-Resources
Subjects:
Online Access:https://doi.org/10.1007/s40948-024-00919-x
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author Mohamed Osman
Sherif Farouk
Mohammad A. Sarhan
author_facet Mohamed Osman
Sherif Farouk
Mohammad A. Sarhan
author_sort Mohamed Osman
collection DOAJ
description Abstract The Gulf of Suez basin (GOS) hosts over eighty conventional oilfields spanning from the Pre-Cambrian to the Recent. This research focuses on a segment of the (GOS) sequence within the territories managed by PGM Company. It outlines a methodology for evaluating unconventional resource potential within the Brown Limestone interval of Upper Cretaceous age in this region. The Brown Limestone interval serves not only as a crucial source rock but also as a fractured reservoir widespread across many oilfields. Due to intricate reservoir architecture, diverse lateral variations in facies and the heterogeneity of the reservoir quality, uncertainties prevail. These challenges impede the optimization of reservoir exploitation throughout the GOS Basin. This study employs an integrated approach utilizing diverse datasets and techniques to ascertain the precise structural setting, property attributes of the Upper Cretaceous Brown Limestone and forecast its complex geometry in three-dimensional space within the study area. The study aims to assess the reservoir and trap heterogeneity under various scenarios to create a robust 3D static model dictating the structural and property complexities. The objective of the model is to enhance the precision of reserve estimates and provide crucial support for decision-making in the development planning of the South Geisum oilfield.
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series Geomechanics and Geophysics for Geo-Energy and Geo-Resources
spelling doaj-art-2c70529856474d958a016d7a214cf70e2025-02-02T12:47:29ZengSpringerGeomechanics and Geophysics for Geo-Energy and Geo-Resources2363-84192363-84272025-01-0111112210.1007/s40948-024-00919-xIntegrated 3D reservoir modelling for the unconventional reservoir prospects: a case study of Upper Cretaceous Brown Limestone reservoir, South Geisum field, Gulf of Suez, EgyptMohamed Osman0Sherif Farouk1Mohammad A. Sarhan2Department of Geology, Faculty of Science, Damietta UniversityEgyptian Petroleum Research Institute (EPRI)Department of Geology, Faculty of Science, Damietta UniversityAbstract The Gulf of Suez basin (GOS) hosts over eighty conventional oilfields spanning from the Pre-Cambrian to the Recent. This research focuses on a segment of the (GOS) sequence within the territories managed by PGM Company. It outlines a methodology for evaluating unconventional resource potential within the Brown Limestone interval of Upper Cretaceous age in this region. The Brown Limestone interval serves not only as a crucial source rock but also as a fractured reservoir widespread across many oilfields. Due to intricate reservoir architecture, diverse lateral variations in facies and the heterogeneity of the reservoir quality, uncertainties prevail. These challenges impede the optimization of reservoir exploitation throughout the GOS Basin. This study employs an integrated approach utilizing diverse datasets and techniques to ascertain the precise structural setting, property attributes of the Upper Cretaceous Brown Limestone and forecast its complex geometry in three-dimensional space within the study area. The study aims to assess the reservoir and trap heterogeneity under various scenarios to create a robust 3D static model dictating the structural and property complexities. The objective of the model is to enhance the precision of reserve estimates and provide crucial support for decision-making in the development planning of the South Geisum oilfield.https://doi.org/10.1007/s40948-024-00919-xUnconventional reservoir prospectsCarbonate reservoir modelling and heterogenityProspect identificationVolumetric assessment
spellingShingle Mohamed Osman
Sherif Farouk
Mohammad A. Sarhan
Integrated 3D reservoir modelling for the unconventional reservoir prospects: a case study of Upper Cretaceous Brown Limestone reservoir, South Geisum field, Gulf of Suez, Egypt
Geomechanics and Geophysics for Geo-Energy and Geo-Resources
Unconventional reservoir prospects
Carbonate reservoir modelling and heterogenity
Prospect identification
Volumetric assessment
title Integrated 3D reservoir modelling for the unconventional reservoir prospects: a case study of Upper Cretaceous Brown Limestone reservoir, South Geisum field, Gulf of Suez, Egypt
title_full Integrated 3D reservoir modelling for the unconventional reservoir prospects: a case study of Upper Cretaceous Brown Limestone reservoir, South Geisum field, Gulf of Suez, Egypt
title_fullStr Integrated 3D reservoir modelling for the unconventional reservoir prospects: a case study of Upper Cretaceous Brown Limestone reservoir, South Geisum field, Gulf of Suez, Egypt
title_full_unstemmed Integrated 3D reservoir modelling for the unconventional reservoir prospects: a case study of Upper Cretaceous Brown Limestone reservoir, South Geisum field, Gulf of Suez, Egypt
title_short Integrated 3D reservoir modelling for the unconventional reservoir prospects: a case study of Upper Cretaceous Brown Limestone reservoir, South Geisum field, Gulf of Suez, Egypt
title_sort integrated 3d reservoir modelling for the unconventional reservoir prospects a case study of upper cretaceous brown limestone reservoir south geisum field gulf of suez egypt
topic Unconventional reservoir prospects
Carbonate reservoir modelling and heterogenity
Prospect identification
Volumetric assessment
url https://doi.org/10.1007/s40948-024-00919-x
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AT sheriffarouk integrated3dreservoirmodellingfortheunconventionalreservoirprospectsacasestudyofuppercretaceousbrownlimestonereservoirsouthgeisumfieldgulfofsuezegypt
AT mohammadasarhan integrated3dreservoirmodellingfortheunconventionalreservoirprospectsacasestudyofuppercretaceousbrownlimestonereservoirsouthgeisumfieldgulfofsuezegypt