Geosciences Suite

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Spotlights

More Accurate Well Prognosis Through Rule-based Predictions

The planning of horizontal production wells has many potential areas of uncertainty, one being the difficulty in predicting the geological structure...

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Seeing Clearly Through the Mistie

When constructing a robust structural model to help appraise assets, confidence in the quality of input data within the interpretation package is imperative....

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Automated Stratigraphy to Optimize Your Subsurface Interpretation

Stratigraphic concepts are the backbone of good geological interpretations in sedimentary basins. The use of stratigraphy can help improve a subsurface model and ....

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Realize Your Reservoir Potential with Better Subsurface Structural Understanding

The use of structural data is vital when building subsurface models, and the latest update to the Geosciences Suite, a DecisionSpace® 365 solution now includes image logs,...

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ANPG is Pioneering E&P Digital Transformation in Angola with iEnergy® Hybrid Cloud

The rate of discovery of new oil and gas reserves in Angola has been exponential in recent years. As of 2020, there are nearly 8.2 billion barrels of proven crude reserves...

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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 differences...

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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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