Course Progression Map - Seismic Structural and Stratigraphic Interpretation
Course Progression Map - Geophysics for Geologists, Engineers and Managers
Petrel Geophysics
4.6
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The Petrel Geophysics course is designed to provide detailed hands on training to the user on the data visualization, frequency spectrum, mis-tie analysis, volume rendering, check shot data quality control and conditioning, sonic log calibration, synthetic seismogram generation, time varying wavelet, Gardner’s patching: auto-complete reflection coefficient inputs, Reflection Coefficient (RC) modeling, wavelet toolbox, fault and horizon interpretation, seismic reconstruction 2D and finally, introduction to velocity modeling and domain conversion aspects of Petrel Geophysics.
The manual is based on Petrel 2017.1 release and will not include information about subsequent enhancements and modifications introduced in later releases.
Topics Audience Prerequisites
Topics
Petrel user interface
Project setup and data preparation
Data optimization and mis-tie analysis
Seismic data visualization
Seismic intersections and data manipulation
Checkshot data import, quality control, and conditioning
Sonic calibration
Synthetic seismogram generation
Wavelet generation
Fault interpretation
Horizon interpretation
Seismic reconstruction 2D
Depth conversion
Audience
Exploration and Development Geophysicists, Geologists and Geoscientists working with Seismic data.
Prerequisites
Petrel Fundamentals course or familiarity with Petrel Interface and core functions.
General knowledge of petroleum geophysics and geology as well as elementary software skills are recommended.
Prerequisites
