Combined stratigraphic-structural play characterization in hydrocarbon exploration: A case study of Middle Miocene sandstones, Gulf of Suez basin, Egypt

[Display omitted] •Combined stratigraphic-structural trap potentiality.•Multi dataset as successful exploration approach.•Gulf of Suez exploration potentiality.•Hydrocarbon potentiality in the middle Miocene Baba sandstones. As most hydrocarbon discoveries in the Gulf of Suez basin are in structural...

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Published inJournal of Asian earth sciences Vol. 218; p. 104686
Main Authors Radwan, Ahmed. E., Rohais, Sébastien, Chiarella, Domenico
Format Journal Article
LanguageEnglish
Published Elsevier Ltd 15.09.2021
Elsevier
Subjects
Combined stratigraphic-structural traps
Earth Sciences
Environmental Sciences
Gulf of Suez
Hydrocarbon
Petrography
Petrophysics
Reservoir characterization
Sciences of the Universe
Subsurface analysis
Petrography
Hydrocarbon
Gulf of Suez
Petrophysics
Reservoir characterization
Combined stratigraphic-structural traps
Subsurface analysis
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Abstract [Display omitted] •Combined stratigraphic-structural trap potentiality.•Multi dataset as successful exploration approach.•Gulf of Suez exploration potentiality.•Hydrocarbon potentiality in the middle Miocene Baba sandstones. As most hydrocarbon discoveries in the Gulf of Suez basin are in structural traps, little research has focused on the evaluation of stratigraphic or combined play in the region. The Badri field represents one of the most prolific oil and gas fields in the Gulf of Suez basin with a large cumulative production from the Miocene Belayim and Kareem Reservoirs. However, Middle Miocene Baba sandstones is still relatively underexplored when compared to other prolific producing reservoir intervals. Recent drilling data from the Badri field has renewed interest in this Member as a reservoir unit due to the lateral facies variations from shale to sandstones recognized in some wells. This study aims to investigate the structural and stratigraphic characterization and hydrocarbon potentiality of Serravalian Baba sandstones. An integrated mineralogical, sedimentological, petrophysical, and reservoir characterization analysis was conducted to obtain and evaluate information about the main reservoir characteristics of Baba sandstones using thin sections, wireline logs (i.e. Resistivity, Density-Neutron, Gamma-ray, and Sonic), and subsurface geologic mapping. Results support that Baba sandstones interval has good reservoir properties and high potentiality to produce hydrocarbon increasing the reserves in the studied area. Moreover, the entrapment style of Baba sandstones interval is due to the combined effect of stratigraphic and structural components. Accordingly, this study recommends more attention for the stratigraphic and combined stratigraphic-structural traps present along the Gulf of Suez basin.
AbstractList As most hydrocarbon discoveries in the Gulf of Suez basin are in structural traps, little research has focused on the evaluation of stratigraphic or combined play in the region. The Badri field represents one of the most prolific oil and gas fields in the Gulf of Suez basin with a large cumulative production from the Miocene Belayim and Kareem Reservoirs. However, Middle Miocene Baba sandstones is still relatively underexplored when compared to other prolific producing reservoir intervals. Recent drilling data from the Badri field has renewed interest in this Member as a reservoir unit due to the lateral facies variations from shale to sandstones recognized in some wells. This study aims to investigate the structural and stratigraphic characterization and hydrocarbon potentiality of Serravalian Baba sandstones. An integrated mineralogical, sedimentological, petrophysical, and reservoir characterization analysis was conducted to obtain and evaluate information about the main reservoir characteristics of Baba sandstones using thin sections, wireline logs (i.e. Resistivity, Density-Neutron, Gamma-ray, and Sonic), and subsurface geologic mapping. Results support that Baba sandstones interval has good reservoir properties and high potentiality to produce hydrocarbon increasing the reserves in the studied area. Moreover, the entrapment style of Baba sandstones interval is due to the combined effect of stratigraphic and structural components. Accordingly, this study recommends more attention for the stratigraphic and combined stratigraphic-structural traps present along the Gulf of Suez basin.
[Display omitted] •Combined stratigraphic-structural trap potentiality.•Multi dataset as successful exploration approach.•Gulf of Suez exploration potentiality.•Hydrocarbon potentiality in the middle Miocene Baba sandstones. As most hydrocarbon discoveries in the Gulf of Suez basin are in structural traps, little research has focused on the evaluation of stratigraphic or combined play in the region. The Badri field represents one of the most prolific oil and gas fields in the Gulf of Suez basin with a large cumulative production from the Miocene Belayim and Kareem Reservoirs. However, Middle Miocene Baba sandstones is still relatively underexplored when compared to other prolific producing reservoir intervals. Recent drilling data from the Badri field has renewed interest in this Member as a reservoir unit due to the lateral facies variations from shale to sandstones recognized in some wells. This study aims to investigate the structural and stratigraphic characterization and hydrocarbon potentiality of Serravalian Baba sandstones. An integrated mineralogical, sedimentological, petrophysical, and reservoir characterization analysis was conducted to obtain and evaluate information about the main reservoir characteristics of Baba sandstones using thin sections, wireline logs (i.e. Resistivity, Density-Neutron, Gamma-ray, and Sonic), and subsurface geologic mapping. Results support that Baba sandstones interval has good reservoir properties and high potentiality to produce hydrocarbon increasing the reserves in the studied area. Moreover, the entrapment style of Baba sandstones interval is due to the combined effect of stratigraphic and structural components. Accordingly, this study recommends more attention for the stratigraphic and combined stratigraphic-structural traps present along the Gulf of Suez basin.
ArticleNumber 104686
Author Radwan, Ahmed. E.
Chiarella, Domenico
Rohais, Sébastien
Author_xml – sequence: 1
  givenname: Ahmed. E.
  surname: Radwan
  fullname: Radwan, Ahmed. E.
  email: radwanae@yahoo.com
  organization: Faculty of Geography and Geology, Institute of Geological Sciences, Jagiellonian University, Gronostajowa 3a, 30-387 Kraków, Poland
– sequence: 2
  givenname: Sébastien
  surname: Rohais
  fullname: Rohais, Sébastien
  organization: IFP Energies nouvelles, 1 et 4 Avenue de Bois-Préau, 92852 Rueil-Malmaison, France
– sequence: 3
  givenname: Domenico
  surname: Chiarella
  fullname: Chiarella, Domenico
  organization: Clastic Sedimentology Investigation (CSI), Department of Earth Sciences, Royal Holloway, University of London, Egham, United Kingdom
BackLink https://ifp.hal.science/hal-03352462$$DView record in HAL
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Keywords Petrography
Hydrocarbon
Gulf of Suez
Petrophysics
Reservoir characterization
Combined stratigraphic-structural traps
Subsurface analysis
Language English
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Snippet [Display omitted] •Combined stratigraphic-structural trap potentiality.•Multi dataset as successful exploration approach.•Gulf of Suez exploration...
As most hydrocarbon discoveries in the Gulf of Suez basin are in structural traps, little research has focused on the evaluation of stratigraphic or combined...
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StartPage 104686
SubjectTerms Combined stratigraphic-structural traps
Earth Sciences
Environmental Sciences
Gulf of Suez
Hydrocarbon
Petrography
Petrophysics
Reservoir characterization
Sciences of the Universe
Subsurface analysis
Title Combined stratigraphic-structural play characterization in hydrocarbon exploration: A case study of Middle Miocene sandstones, Gulf of Suez basin, Egypt
URI https://dx.doi.org/10.1016/j.jseaes.2021.104686
https://ifp.hal.science/hal-03352462
Volume 218
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