The beginning of the Late Cretaceous (Cenomanian) attested to a major marine
transgression interrupted by sea level falls in north Africa, which led to significant …

Abstract The Middle Jurassic syn-rift sediments (Khatatba Formation) of the Western Desert,
Egypt hosting potential reservoir intervals are prospective targets for hydrocarbon …

This study focuses on the sedimentary facies and petrophysical properties of the Lower
Cenomanian Upper Bahariya member of the Bahariya Formation within the East Abu El …

Reservoir petrophysical characterization involving permeability estimation in the laboratory
using core samples is time-consuming and that too accords limited coverage of the sub …

Abstract 3D static reservoir modeling of the Bahariya reservoirs using seismic and wells data
can be a relevant part of an overall strategy for the oilfields development in South Umbarka …

The objective of this study was to integrate petrographic thin sections, SEM, XRD, routine
core analysis, gas chromatography, and wireline logs to present a comprehensive …

Source-to-sink interpretations of genetic equivalency between fluvial feeder systems and
basin accumulations infer that the sediment and water mass collected and transferred by …

The transition between the Middle Atlas and the Sais Basin contains a sequence of alluvial
fans from the Plio-Quaternary period. These fans are mostly made up of debrites and are …

Sand-lithofacies distributions are a vital component of reservoir characterization and the
generation of successful reservoir models. Through the integration of selected seismic …

Abstract The Lower Cenomanian Bahariya Formation forms the most prolific hydrocarbon
reservoir in the Western Desert of Egypt, and represents a good example to illustrate the …