Author(s)

Abdel Moktader A. El Sayed¹, Samy Zayed², Nahla A. El Sayed³

¹Department of Geophysics, Ain Shams University, Cairo, Egypt.
²Belayim Petroleum Company, Nasr City, Cairo, Egypt.
³Egyptian Petroleum Research Institute, Department of Core analysis, Nasr City, Egypt.

168 core samples data of two production wells in the Baltim North field were used to identify the complex discrepancies in reservoir pore geometry which governing the Abu Madi reservoir fluid flow properties. Permeability prediction from well logs is significant goal when the core data is rarely available in most cases because of its expensive cost. The hydraulic flow unit approach was used to classify reservoir rocks according to its pore aperture size in the cored wells. The predicted permeability was calculated from core porosity and core permeability relationship for each flow unit. The difference between Neutron porosity and Density porosity was recognized to distinguish different hydraulic flow units. The higher difference indicates higher quality flow unit and vice versa. For model’s verification the predicted permeability was plotted against the laboratory measured permeability in all studied wells and shows highly matching.

Permeability, Hydraulic Flow Units, Pore Throat (r35), Baltim Gas Field, Egypt

Sayed, A. , Zayed, S. and Sayed, N. (2021) Permeability Prediction Using Hydraulic Flow Units: Baltim North Gas Field, Nile Delta, Egypt. International Journal of Geosciences, 12, 57-76. doi: 10.4236/ijg.2021.122005.