Description

 Theoretical and Practical3 D Seismic Attributes for Prospect Identification

Course Description

 

Theoretical and historical developments of major seismic attributes algorithms are explained.

It is stressed that the recognition of fault trends, fractures, channels, the curvature of structural units, and reservoir characterization can be managed using seismic attributes.

It turns out that different attributes reflect different physical properties of subsurface units.

Prerequisites (Knowledge/Experience/Education required)

No specific detailed foreknowledge is required, although a familiarity with geological and geophysical terminology will be useful. Advanced knowledge of seismic theory is not required; this course focuses on understanding and practice.

Objective

The topics of this course are designed to enable audiences to understand the theoretical basic application of seismic attributes in addition to advanced practical software, using different cases studies, and enable audiences to practices in real projects from scratch

At the end of the course, candidates will be able to use the latest seismic attributes method using the different latest software, detection reservoir properties by different attributes workflow, and reduce the cycle of times

Who should attend?

•  Seismic interpreters who want to extract more information from their data.
• Seismic processors and imagers who want to learn how their efforts impact subtle stratigraphic and fracture plays.
•  Sedimentologists, stratigraphers, and structural geologists use large 3D seismic volumes to interpret their plays within a regional, basin-wide context.
•  Reservoir engineers whose work is based on detailed 3D reservoir models and whose data are used to calibrate indirect measures of reservoir permeability.

Course Schedule:

Day 1

·        Review Of Seismic Structural And Stratigraphic Interpretation

·        Introduction for Seismic Attributes

·        Complex trace, horizon, and formation attributes Mathematical Meaning Of Seismic Attributes

·        Physical Meaning Of Seismic Attributes

·        Seismic Attribute Application Trends

·        Seismic Attribute Methodology

·        Exercises

·        Window attributes application, surface attributes application to detect faults and geobodies.

Day 2

·        Data Preconditioning for seismic attributes analysis

·        Image enhancement for fault extraction.

·        Impact of acquisition and processing on seismic attributes

·        Complex Trace.

·        Instantaneous attributes.

·        Exercise

·        Physical attributes for geobodies detection.

·        Practical exercises compare between physical attributes for geobodies detections.

·        Application of Physical attributes for Stratigraphic interpretation.

 Day 3

·        Spectral Decomposition

·        RGB Spectral Decomposition algorithms

·        DHI attributes

·        Geometric attributes

·        Gulf Of Mexico FIELD (software application )

Ø Software application case studies thin channel detection using SD attributes

Ø Software application case study DHI detection

Ø Application of RGB to detect geobodies

Day4

·        Attribute expression of tectonic deformation

·        Attribute expression of clastic depositional environments

·        Application of geometric structure detections

·        Gulf Of Mexico FIELD (software application )

Ø Software application case studies faults detection using attributes

Day5

·        Seismic chronostratigraphy

·        Direct and indirect estimates of fractures and horizontal stress

·        Case Study North Sea Field (software application )

Ø Seismic sequence stratigraphic workflow using attributes

Ø Geometric attributes workflow for faults detection

Day6

• Anti-tracking and new faults attributes
• Hybrid attributes new generation of seismic attributes
•  Attribute expression of shallow stratigraphy and drilling hazards

    Case Study North Sea Field (software application )

•   anti tracking and faults attributes
•  Software application case study channel detection using different geometric attributes

Application geometry attributes for sequences stratigraphic

The course includes material online lectures and videos recorded, total of 20 hours include theoretical recorded videos, online practical sessions and after courses discussion sessions contact :

Contact to enjoy offer

Whats app: +201120828201

Email: selftrainning@gmail.com

www.selftrainingsto.net