Permeability is an essential parameter in order to properly define well and reservoir
performance. Permeability is also relevant in overall reservoir management and …

Operators often avoid conventional drill-stem testing (DST) in offshore environments
because it is costly and its value lacks transparency. Short-duration tests may be a …

Permeability is the cornerstone of any reservoir-flow modeling that leads to field
development and production management. Typical sources of permeability include cores …

Techniques have been developed to investigate the impact of effective thickness on
permeability interpretations by numerically modeling and simulating the pumpout flow …

A robust workflow is established to identify low-resistivity pay in thinly laminated sands with
silty and/or shaly layers. The workflow integrates data from gas-while-drilling, conventional …

We have developed a workflow to interpret formation permeability in a hydrocarbon
reservoir with consideration of interlayers by numerically simulating the measured pump-out …

A robust work flow is established to identify low-resistivity pay (LRP) in thinly laminated
sands with silty and/or shaly layers. The work flow integrates data from gas-while-drilling …

Permeability is the cornerstone to any reservoir-flow modeling, leading to field development
and production management. Typical sources of permeability include cores, logs, wireline …

Reservoir characterization of laminated turbiditic sequences is often problematic due to the
highly anisotropic setting, which affects the formation evaluation from conventional LWD …

In this paper, techniques have been developed to examine the effect of lamination on
interpreting formation permeability in a hydrocarbon reservoir by numerically simulating the …