RockMod Geostatistical Inversion
RockMod® generating high vertical detail near and away from well control by integrating high vertical resolution well data with high lateral resolution 3D seismic.
Geologically plausible shapes and a clear quantification of uncertainty to assess risk are the result. Highly-detailed petrophysical models are ready for input to reservoir flow simulation.
Geostatistics and advanced statistical physics with innovative seismic inversion methods combine to integrate disparate data into reservoir models.
Elastic Rock Properties
via RockTrace
RockTrace® produces calibrated quantitative 3D volumes of rock properties.
RockTrace quantitatively integrates well log elastic rock properties and AVA seismic, simultaneously solving for pressure, shear impedance and density.
Elastic parameters can be directly constrained and constrained to each other during seismic inversion.
No approximations are made and there is full allowance for amplitude and phase variations with offset.
Extensive QC is provided to guide parameter selection.
EarthModel FT
EarthModel® FT users have reported building their initial model five to ten times faster than with other programs.
Builds an initial geomodel quickly, using a streamlined workflow and fast geostatistical algorithms for populating the model.
EarthModel FT automatically tracks everything you do and rebuilds the model in minutes when inputs or parameters change.
Updateability and TrackAbility allow you to make quick changes and track everything you do. Passing an existing model to someone else to maintain is easier than ever.
The POWER of PowerLog
PowerLog works the way you do—you drive the work order and guidance level. Work on multiple wells, remote data by yourself or as a team.
PowerLog® is used every day by petrophysicists, geologists, reservoir engineers and others involved in oil field appraisal and development.
PowerLog provides a powerful well log interpretation environment for petrophysics and rock physics analysis.
Fugro-Jason helps increase reservoir profitability by creating highly accurate and predictive reservoir models that integrate geoscience and engineering data. Because this integration is quantitative, customers can rely on the models to predict future recovery and evaluate alternative management scenarios.
Solutions for exploration and production
Jason® brings together petrophysics, modeling and reservoir seismic inversion to solve the most compelling exploration & production challenges.
- Unconventional shale gas—define the best drilling and frac program
- Thin reservoirs—locate and tap them most effectively
- Complex reservoirs—unravel tuning and AVO effects to map the true geologic character of the reservoir
Adaptive consulting methodology
Our consulting geoscientists work closely with customers to solve their unique problems. Our adaptive methodology integrates geology and geophysics, delivering the best results for each geologic setting and improving the overall understanding of the reservoir geometry, continuity and fluid.
