Principles of 3D Seismic Interpretation & Application

Utilize essential procedures in structural and stratigraphic interpretation

Apply fundamental principles of structural and stratigraphic interpretation

Use Geostatistical Kriging

Use S-waves in fractured reservoir interpretation

Estimate thin bed thickness with 3-D data

Make use of reservoir characterization and compartmentalization tools

Conduct risk analysis of 4-D data

Discipline: Geophysics
Level: Intermediate
Duration: 4 Days

Overview of 3-D data acquisition and processing

Principles of 3-D migration

Horizontal and horizon slices

3-D modeling

3-D seismic technologies

Reduced risk using 4-D

Successful applications of 3-D in E&P

Geostistical Kriging and variogram

Anisotropy, 3-D, 3-C, S-waves

Principles of structural & stratigraphic Interpretation

Application of seismic attributes

Thickness estimation using amplitude modeling, and frequency

Reservoir management using 3-D

Summary of 3-D seismic case histories from around the world

Interpreters who need an understanding of 3-D seismic interpretation fundamentals, geophysicists, geologists, technical support personnel, seismic processors, data processing and acquisition supervisors and managers. This course will benefit any geoscience professional who utilizes 3-D seismic data.