June 28, 2024Journal of Petroleum and Mining EngineeringOpen Access

Petrophysical evaluation and parameters relations investigation of Nubia formation in October field, Gulf of Suez, Egypt.

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Authors

AEAhmed Ali EidSuez University MKMohamed A. KassabEgyptian Petroleum Research Institute EAEhab AhmedUniversity of Ha'il

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Implication

Petrophysical analysis reveals favorable reservoir quality and Northwest-Southeast trending sweet spots in the Nubia formation, indicating viable opportunities for field development.

Key Points

Favorable reservoir quality characterizes the Nubia formation with pay thickness reaching 96 percent, and low shale volume supports viable hydrocarbon production potential.
Reservoir porosity averages 13 to 16 percent across evaluated zones, and integration of routine core analysis confirms consistent pay quality throughout the formation.
Petrophysical evaluation using conventional well logs and routine core analysis identifies Northwest-Southeast trending sweet spots, highlighting opportunities for field development.

Cite This Study

Eid et al. (2024) studied this question.

synapsesocial.com/papers/68e62e96b6db6435875c0a0c https://doi.org/10.21608/jpme.2024.275167.1192

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Implication

Petrophysical analysis reveals favorable reservoir quality and Northwest-Southeast trending sweet spots in the Nubia formation, indicating viable opportunities for field development.

Petrophysical evaluation and parameters relations investigation of Nubia formation in October field, Gulf of Suez, Egypt.

Discussion

Member takes

Implication

Key Points

Cite This Study

Petrophysical evaluation and parameters relations investigation of Nubia formation in October field, Gulf of Suez, Egypt.

Discussion

Member takes

Implication

Key Points

Cite This Study

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