This is used for earth-model scenario testing. Localized seismic imaging to perform interactive Omega platform depth migration within the Petrel platform for an area of interest.Near-surface modeling to build earth models for land data depth migration using near-surface velocities derived from seismic refraction static solutions and merge these with existing earth models.Joining highly visual and interactive modeling with computationally.
Map migration to update 3D positioning of horizons by using ray tracing to visualize the effect of earth model variation on a specific horizon without remigration of the seismic data.The plug-in also enables earth model updates directly in the Petrel platform, with a tomographic solution computed in the Omega platform. Models are fully anisotropic, supporting both vertical transverse isotropy (VTI) and tilted transverse isotropy (TTI).
Seismic velocity modeling to build a structural framework and property population with velocity information and Thomsen epsilon and delta parameters as well as density and shear velocities.There is continued commitment to enable the processing compatibility of new tools on the market, enhancing the confidence you have in your data and overall data quality. 3D Petrophysics has been extended to support advanced workflows and to ensure a comprehensive data exchange with the Petrel E&P software platform. The Geomechanics workflow has been updated and enhanced to improve the usability and support of new algorithms. This ensures accurate representation of reservoir velocity properties, including anisotropic parameters derived from well and seismic information. The Earth Model Building suite meets the need for efficient integration of interpretation, modeling, and seismic processing tools to facilitate any imaging workflow through access to the Omega platform as well as Petrel Geophysics software.
The plug-in’s full suite of interactive workflows enable you to build velocity models and execute depth-imaging workflows within the Petrel platform through integration with the Omega platform. Joining highly visual and interactive modeling with computationally intensive inversion makes it possible to build more accurate, comprehensive earth models than ever before to solve complex imaging problems with greater efficiency.