• star
    star
  • star
    star
  • star
    star
  • star
    star
  • star
    star
  • Average client rating (based on 53 attendee reviews)

Introduction to Depth Imaging with Omega and Petrel

Level: Skill | Type: Practical Training with Software | Discipline: Omega

At the end of this class students will be have the skills needed to be a contributing member of a depth imaging production processing team. These skills will cover the most common workflows involved in processing a marine 3D dataset through a depth imaging sequence.

Customize your learning journey

Customize your own learning journey and track your progress when you start using a defined learning path.

In just few simple steps, you can customize your own learning journey in the discipline of your interest, based on your immediate, intermediate and transitional goals. Once done, you can save it in NExTpert-the digital learning ecosystem-and track your progress.

Explore arrow_forward
  • Build, modify, and QC velocity models in SVM (including anisotropy)
  • Run and QC tomographic updates of these models
  • Prepare data and models for Kirchhoff pre-stack migration
  • Run, test, and parameterize Kirchhoff pre-stack migration using these models
  • (Optional) Relate the above to a basic understanding of seismic imaging

The class is suitable either for less experienced geophysicists wanting to learn the basics of depth imaging, or for experienced depth imagers wishing to secure the functional capabilities necessary to perform depth imaging.

Competency in Omega is mandatory. Petrel experience is advantageous. An understanding of the concepts underlying time seismic data processing and common depth processing challenges is required. This class needs to be taken in conjunction with the Seismic Velocity Modeling class in order to understand how to derive viable models suitable for depth processing in Omega and Petrel.

Currently there are no scheduled classes for this course.

Click below to be alerted when scheduled