Immense oil and gas reserves exist in the deepwater of the South China Sea, and the first
priority for implementing successful drilling and completion operations without reservoir …

Reservoir quality, pore types and heterogeneity study in carbonate reservoirs are
considered as major concerns for choosing an economic reservoir in oil and gas industry …

Capillary pressure together with relative permeability curves are key parameters in
carbonate reservoirs characterization. They serve as fundamental inputs in petrophysical …

This study aims to generate rock units based on core permeability and porosity of OW oilfield
in the Bredasdorp Basin offshore South Africa. In this study, we identified and classified …

In this study, we report a physics-based model for pore structure typing in which a
generalized model is also derived to calculate the specific surface area of the grains. In this …

Flow units (FU) rock typing is a common technique for characterizing reservoir flow behavior,
producing reliable porosity and permeability estimation even in complex geological settings …

With the emerge of Artificial Intelligence and Machin learning systems, the petroleum
industry has witnessed a significant progress in its different disciplines to optimize decision …

Nuclear magnetic resonance (NMR) logging imparts a wealth of information regarding the
petrophysical characterization of rocks including pore size distribution and capillary …

Depositional setting characterization is one of the most important tasks in petroleum basin
analysis. In this regard, artificial intelligence has emerged as a game-changer in the field of …

Two case studies are presented that apply a new quantitative micro-facies analysis method
to multiple thin section photographs from the carbonate and sandstone reservoirs of two …