Fluid substitution is an important part of seismic attribute work, because it provides the
interpreter with a tool for modeling and quantifying the various fluid scenarios which might …

Fluid substitution is an important part of the seismic rock physics analysis (eg, AVO, 4D
analysis), which provides a tool for fluid identification and quantification in reservoir. This is …

Laboratory experiments of ultrasonic velocities of fluid‐saturated rocks are often much
higher than the predictions of the Gassmann theory. This difference is usually attributed to …

An important component of any CO2 sequestration project is seismic monitoring for tracking
changes in subsurface physical properties such as velocity and density. Reservoir …

Understanding the mechanisms of wave-induced fluid flow in the pore space combined with
attenuation and dispersion measurements may be used to estimate rock hydraulic …

Time-lapse surface seismic surveys have been widely used at carbon sequestration sites for
site characterization, monitoring subsurface CO 2 plume migration, and detecting potential …

The information about the subsurface structure, type of fluids present in the reservoir, and
physical properties of the rocks is essential for identifying potential leads. The integrated …

Estimation of petrophysical properties such as effective porosity, volume of shale, and water
saturation using well log responses is a significant step for reservoir evaluation. Three wells …

Due to the complex nature, deriving elastic properties from seismic data for the prolific
Granite Wash reservoir (Pennsylvanian age) in the western Anadarko Basin Wheeler …

Reservoir characterization is a process of describing various reservoir properties using all
the available data to provide reliable reservoir models for accurate reservoir performance …