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Accelerate formation evaluation throughout the asset lifecycle

Disconnected workflows across subsurface disciplines and the inability to collaborate in real-time cause the subsurface and reservoir engineering teams to spend a lot of time searching for and analyzing high-value log data.

Interpret well data with speed, efficiency, and accuracy by accessing best-in-class petrotechnical modules and workflows in a single, unified platform.

Efficient interdisciplinary workflows

Experience a user-friendly, integrated solution that connects subsurface evaluation and reservoir engineering workflows for single and multi-well studies.

  • Integrated disciplines: Connect petrophysics, geomechanics, rock physics, and other advanced analyses on a single petrophysical platform.

  • Smart, scalable and interactive: Perform single-well to basin-scale analyses on a unified platform with interconnected workflows powered by machine learning.

  • Connected data: Store, search, and retrieve well data from across the entire field with OpenWorks® project data management system.

Log plotting functionality utilizing outputs from some of the core petrophysics interpretation modules.
Log plotting functionality
Interactive interpretation log plotting, cross-plotting and histogram visualization.
Interpretation plotting and visualization
Horizontal log plotting functionality suited to the visualization of petrophysical interpretation for deviated and horizontal wells.
Horizontal log plotting
Multi-well geomechanics & wellbore stability module outputs
Geomechanics & wellbore stability

Confident reservoir characterization

Deliver accurate evaluations of conventional and unconventional reservoirs using a comprehensive range of petrotechnical tools.

  • Enhanced formation understanding: Run deterministic or probabilistic workflows to generate accurate petrophysical interpretations for a deeper understanding of subsurface formations.

  • Smart interpretations: Apply neural networks, SOM (Self Organizing Maps), and other machine learning approaches to predict continuous logs or discrete zonations.

  • Understand risk: Apply Monte Carlo simulations to quantify uncertainty on petrophysical deliverables.

Transform analysis into decisions

Reduce uncertainty in complex analyses with a more accurate characterization of rock properties for taking better and improved decisions.

  • Confident decisions: Share subsurface data and dynamic models and enable multi-domain collaboration to improve integration between teams, even in complex plays.

  • Enhanced data value: Helps maximize the value of data with accurate and reliable analysis.

Image log analysis & interpretation includes 3D visualisation capabilities
Image log analysis & interpretation in 3D
Image log analysis & interpretation includes histogram visualization capabilities
Image log analysis & interpretation with a histogram plot

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