Directory: All Listings 

Rarely do seismically defined subsurface structures translate directly into their depth equivalents. Being able to predict the subsurface depth structure accurately and consistently is critical to reliably estimating drilling costs. Transforming seismic time into subsurface depth meets with many tec ...
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VelMod™ provides a variety of velocity conversion, property conditioning and time to depth conversion tools for use within the Jason Workbench. VelMod is most often used when there is little or no well control available or when there are strong lateral variations in the velocity fields and the seism ...
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StatMin makes it easy to work with data that includes complex and varied minerals. It uses a probabilistic model to calculate lithology, mineralogy, and/or porosity and can easily adapt to the needs of the analyst. While PowerLog handles typical curves, StatMin handles any well log or computed curve ...
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FaciesID reconstructs your input logs so you can overlay them to see how well you are covering the profiles in your log space, and you can write the block logs to the database when needed. That comes in handy when you classify electrofacies on wells with different logging suite compositions. A missi ...
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RockSI is a powerful tool for exploring the link between rock properties and seismic data for quantitative interpretation and feasibility studies. It can create detailed Petro-Elastic Models (PEMs), calibrate them with well data, and generate 3D and 4D Rock Physics Templates which show the relations ...
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Largo uniquely integrates well log data analyses and rock physics modeling with seismic analysis. Largo is the processing and quality control link between petrophysics, rock physics, and the Jason™ suite seismic inversions. Rock Physics and Fluid Substitution Some key features of Largo are: Powe ...
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Rock Physics Module (RPM) is a rock physics software add-on module for PowerLog®. It integrates the well log analysis of PowerLog with rock physics elastic modeling. RPM enables a fundamental modeling approach—a petrophysical rock model is used to derive the effective elastic rock properties from fl ...
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Determining the relative water saturations and height above free water is a critical step in understanding the subsurface and defining an efficient drilling program. With this understanding, reservoir engineers can avoid drilling into free water, determine compartmentalization and identify zones tha ...
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AVO performs prestack seismic analysis and reservoir reconnaissance. This module has the tools for conditioning prestack seismic data to produce optimum attribute volumes, cross-plotting and interpretation functions for locating AVO anomalies, and AVO modeling tools for calibration. AVO Analysis &a ...
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ProAZ maps fractures and predicts stress by observing azimuthal variations in the P-wave seismic data. Prestack azimuthally processed seismic data are analyzed in terms of time and amplitude azimuthal variations attributed to anisotropic effects. Anisotropy and Fracture Analysis ProAZ provides a s ...
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