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A 3D model with well locations and streamlines imported from a reservoir simulation package is co-visualized to determine which wells are seeing the most fluid and get an idea if their completions are ideally located along the well. Data used by permission of the owner.
To make more informed predictions regarding hydrocarbon production, it is essential to understand the connectivity between different geological and engineering aspects of the reservoir. These aspects can include different reservoir compartments or adjacent wells drilled through the reservoir. Asset teams use reservoir connectivity analysis to evaluate these relationships and draw an interpretation of subsurface properties in the most efficient way.
Time-domain on top with a velocity cube, seismic cube, and interpreted horizons. Depth domain below with the depth-converted seismic cube, wells, well tops, and reservoir simulation grid derived from the depth-converted horizons. Data used by permission of the owner.
Depth uncertainty is a major issue for geologists and geophysicists in reservoir development planning. The well to seismic tie is important for achieving accuracy in the depth conversion data as well as for characterization of the subsurface and reduction of geological uncertainty.
Agreement paves the way for CoViz® 4D software, bp-specific customizations, new custom workflows, and support for advanced 3D velocity modeling.
This short movie demonstrates recent work where DGI created links from the cloud-based OSDU data platform and our desktop CoViz 4D application
COVIZ 4D 12.0 offers significant new features in depth calibration & uncertainty workflows, improved command line modules for programmatic image generation, interactive editing of cellular grid properties, a higher performance fluid plotting module, new workflow options in 4D Seismic Assisted History Matching GUI, and a converted wave (P-S) option in Pem2Seis.
WELLARCHITECT 6.0 includes several new advances in directional drilling ⁄ well planning software. Some of the major new features include viewing clearance calculation results in 3D interactively ahead-of-the-bit while drilling; ability to monitor simultaneous drilling while auto-clearances are run ahead-of-the-bit; constant toolface curves and “splitting” of profiles for more flexible well planning; a new database QA tool at every level; and support for the new SPE Wellbore Positioning Technical Section Stop Drilling HSE Risk (2017) rule.
EARTHVISION 11 includes enhanced tools for LiDAR processing and display, numerous visualization changes and enhancements, scattered data file “ditto” feature changes, a preview option for Well Curve Displays (Well Template Editor) and new command line modules.
Until we can see you in person, come visit us virtually at an industry tradeshow soon. Or please contact us at sales@dgi.com to discuss your spatial software needs in greater detail.
We offer three separate packages: CoViz 4D, WellArchitect, and EarthVision. While each is a standalone product, serving a different purpose in the hydrocarbon development workflow, when used in conjunction, they provide a collaborative multidisciplinary environment that offers dramatic benefits.
CoViz 4D Simplifies Data QC. Display seismic data and modeled reservoir properties along a well-to-well cross-section for direct comparison and data QC. Data courtesy of ROMTC and US DOE.
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Dynamic Graphics, Inc. partners with our clients to solve spatial analysis problems in the petroleum, environmental, and earth-related sciences. Over the past five decades, we have been the premier provider of geospatial solutions with our innovative, easy-to-use software and outstanding support services.