By the end of this training course, participants will learn to:

• Apply RGB Color-Blending Spectral Analysis vs. Full Bandwidth Conventional Seismic Attributes.
• Separating between Fluid & Lithology using different methodologies; AVO, Inversion and other techniques.
• Generate Seismic Impedance Cube & Facies Cube (Gas Sand, Water Sand & Shale/Background).
• Extract a Gas-Sand & Water-Sand Geobodies from Seismic data.
• How to integrate with reservoir engineer to match simulation data.

This course will help not only the employee but also will help the company, as follow;

• The company will get a high-level employees competency.
• The company will increase the employee’s proficiency and experience.
• The company will gain the latest updates for Static modelling in Oil industry.
• The company will gain a high-level workflow to be applied to its data.
• The company will have sufficient experience in well-trained geo-modelers who can run static models using petrel software for field development and enhance hydrocarbon recovery.

This course is designed for all Oil Industry Technical Professionals, which will cover from fundamental theoretical background to high-level real work information, techniques, and workshop.

This training course is suitable to a wide range of professionals but will greatly benefit:
•Geo-Modelers.
•Petrophysicists.
•Seismic Interpreters.
•Development Geologists.
•Reservoir Engineers.
•Well site geologists.
•Technical Support Personnel.
•Team Leaders & Managers.

The course will not only be presented by showing and interpreting the material in detail, but also the participants will work together using a real data to apply all the workflow and to project their previous knowledge and experience onto the course, they also encouraged to bring their own data so that real working examples can be reviewed and interpreted.

Module 1
oStructural Interpretation.
➢Structural styles.
▪Extension.
▪Compression.
▪Wrench.
▪Exercise with examples from the different styles.
➢Structural Traps.
➢Seismic Detection of Faults.
➢Fault Identification.
➢Structural Validation.
➢Fault Interpretation.
➢Structural framework.

Module 2
oStratigraphic Interpretation.
➢Stratigraphic Channels.
➢Stratigraphic Interpretation.
➢Stratal Slicing.
➢Volume Rendering.

Module 3
oSeismic Sequence Stratigraphy.
➢History of Sequence Stratigraphy.
➢Geological Boundaries.
➢Identifying Unconformity.
➢Types of Unconformity.
➢Evidences of Unconformity.
➢Stratigraphic Laws.
➢Sequence Stratigraphy Definition.
▪Different Sequence Stratigraphy Definitions.
▪A Simpler Sequence Stratigraphy Definition.
➢Sequence & System Tracts.
▪Falling Stage System Tract (FSST).
▪Lowstand System Tract (LST).
▪Transgressive System Tract (TST).
▪Highstand Systems Tract (HST).
▪Regression.
▪Transgression.

Module 4
oSeismic Stratigraphy Interpretation.
oSeismic Stratigraphy Terminologies.
➢Toplap.
➢Truncation.
➢Offlap.
➢Baselap.
➢Onlap.
➢Downlap.
➢Clinoforms.
➢Unconformity.
➢Sequence Boundary (SB).
➢Transgressive Surface (TS).
➢Maximum Flooding Surface (MFS).
➢Recognition of System Tracts on Seismic.

Module 5
➢Seismic Sequence Analysis Procedures.
➢Seismic Stratigraphy Interpretation Exercises.

Rectus attendance certificate will be issued to all attendees completing minimum of 80% of the total course duration.