Examine seismic exploration and well-log data, evaluate reservoir models, and visualize it all in three dimensions.
The Mathematica petroleum engineering solution integrates built-in filtering and frequency analysis functions, interactive graphing features, and powerful computational abilities for modeling and simulation—improving efficiency and delivering better production results.
Analyzing and filtering seismic exploration data
Extracted seismic traces correlated with sonic well-log data, showing amplitude envelopes and pointers to the peak locations
Transforming seismic data into 3D representations
Seismic tomography mapping of the Earth's interior beneath Japan
Modeling fluid flow with symbolic computation and your original algorithms
Imaging vector fields of random noise with line integral convolution of arbitrary functions
Optimizing the development of new fields or production from older ones
An oil well on Bolivar Peninsula near Galveston, Texas
Use rule-based programming to easily create modular import or processing code for nonstandard seismic data files, and use compiled functions where desired to speed performance
KEY CAPABILITIES
WHY CHOOSE MATHEMATICA
WAYS TO USE
Compare Mathematica to your current tools. Do they have these advantages?
Build interactive tools into your workflow to efficiently prototype new methods for analyzing seismic exploration and well-log data Competitor note: Matlab, Excel, and the Hampson-Russell suite do not have this capability
Using original algorithms instead of standard ones lets you develop better reservoir models Competitor note: Hampson-Russell's black-box tools lock you into standard models
Analyze well-log data with unusual characteristics in a nonstandard way Competitor note: Other tools allow only a limited choice of analyses
Choose from functional and rule-based programming paradigms as desired to programmatically analyze data Competitor note: Other computation environments use predominantly procedural languages
KEY CAPABILITIES
WHY CHOOSE MATHEMATICA
WAYS TO USE
Analyze seismic processing data to map underground reservoirs, integrate with GIS data, then visualize them in 3D
Use statistics and risk analysis to estimate the amount of oil or gas in a reservoir and the recovery rate
Handle velocity anisotropy, anomalies, and complex fracture structures
Study inflow, leak-off, and water injection of reservoirs
Extract wavelets from well logs to correlate events with the seismic data
Generate synthetic seismic data to verify the quality of a well tie
Model and simulate reservoirs and flow in porous media
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