Geosciences Suite Resources

Spotlights

Solving Complex Subsurface Problems Using Seismic Interpretation

The traditional seismic interpretation method uses many single-z horizons to represent complex multi-z structures like reverse and thrust faults, overturned beds, and salt bodies....

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Unlocking Insights in Complex Structural Settings using Dynamic Frameworks to Fill®

Traditional structural modeling of complex geologic settings with multi-z surface data forces you to choose between honoring your data and resolving your topology....

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Gather Deeper Insights from Subsurface Data by Applying Global Geological Models to Field Scale Challenges

When faced with a wealth and density of subsurface data, it is often tempting to dive straight into the detail, and start gleaning for insights. But what if starting at the ...

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Streamline Your Velocity Modeling!

Velocity modeling for domain conversion is critical for prospect-based exploration. That said, velocity modeling can be a time consuming and convoluted process, and its outputs are rarely maintained in an evergreen state. Furthermore, velocity solutions are non-unique, and the models tend...

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Accelerate Seismic Domain Conversion using Artificial Intelligence

Seismic data is a key component in the E&P industry; however, accurate measurement of subsurface parameters is usually acquired through well logging. Let’s look at the...

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Maximize VSP Corridor Stack Usage for Well Tie in Seismic Analysis

Seismic well calibration is a fundamental component within the seismic interpretation workflow. It is done to match the geological information observed in depth...

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Webinars

Solving Complex Subsurface Problems Using Seismic Interpretation

The traditional seismic interpretation method uses many single-z horizons to represent complex multi-z structures like reverse and thrust faults, overturned beds, and salt bodies...

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Reducing Uncertainty with Velocity Modeling

The purpose of an interpreter’s domain conversion velocity model is to accurately map geophysical time-based seismic data to geological depth-based well data...

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Unlocking Insight in Complex Structural Settings Using Dynamic Frameworks to Fill®

Traditional structural modeling of complex geologic settings with multi-z surface data, causes you to compromise between honoring your data and resolving your topology. This makes it...

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Closing the Breach Between Drilling and Geoscience in Unconventional Onshore Development

Trajectory planning is one of the first steps in any preliminary well design life cycle. For a long time, this was mainly done by directional drilling companies using isolated...

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