Carbonate reservoirs, influenced by depositional and diagenetic processes and
characterized by features like faults and vugs that impact storage capacity, require more …

Movable fluid content and permeability are important reference factors for reservoir quality
evaluation and recovery enhancement. In this study, based on multiple experimental results …

Reservoir characterization is of great importance in oil and gas exploration and production.
To automate and improve the procedures involved in this task, several approaches in the …

The Pre-salt strata are idealized as a lake-dominated breakup depositional sequence
recorded between the South American and African continental margins to which there is no …

The quantitative identification of the coal texture is of great importance as a crucial
parameter for coalbed methane (CBM) reservoir evaluation. This study combined drilling …

This study considered the complexity of Mishrif geology and its effect on fluid movement
within and across Mishrif reservoir intervals. For this purpose, we analyzed the following …

Dynamic appraisal in carbonates with excess permeability is critical to successful reservoir
modeling and depletion planning. Accurate recognition and characterization of a dual …

Precise knowledge of the spatial distribution patterns of non-matrix porosity zones and the
establishment of the geological factors controlling their evolution are crucial for building …

Nuclear magnetic resonance (NMR) well logging and NMR core analysis provide a non-
invasive approach to a fast reservoir rock pore structures evaluation. The NMR data is …

Faults and fractures are central for characterizing the permeability distribution in carbonate
reservoirs since they act as pathways for diagenetic fluids that often favor intense rock …