Advanced Practical Reservoir Simulation.

Hands-on modeling and simulation of reservoirs for production forecasting and planning

Drilling Rig Safety & Inspection

Formation Damage & Well Stimulation

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Borehole Image & Dipmeter Interpretation

A comprehensive course covering borehole image logs, dipmeter interpretation, image processing, geological feature identification, and advanced applications.

Lectures: 5 hrs.  

Details:

• Fundamentals, Theory and basic principles of borehole images.
• Types and specifications of borehole images i.e. resolution and coverage vs. borehole size.
• Exposure to all the imaging logging tools so far in the industry.
• Dipmeter and borehole image stratigraphic and structural interpretation.
• Learn and practice log to core and log to seismic correlations
• Learn borehole imaging technique in reservoir characterization, wellbore stability and geomechanics modeling.
• Dip methods and dip computation.
• Image display, quality control and interpretation work flow.

Workshop: 5 hrs.

Details:

Image processing workflow and dip picking using software. Good quality borehole image will be used, as an excellent case studies, in which revealing most of geological features that can be seen on a borehole image i.e. Fractures, Faults, Bounding planes, Cross bedding, Breakout and Drilling Induced Fractures..Etc.

 

During this part, attendees will learn:

1. How to process borehole image using the software.
2. How to display static & dynamic images and the dip tracks.
3. How to perform interactive dip determination.
4. How to display dip in Streonet, histogram and rose diagram.
5. Introduction to borehole image advanced applications.

 

Exercises & Guided Practical: 3 - 5 hrs.

• Exercise 1, 2: Dip patterns identification.
• Exercise 3, 4: Sedimentary structures interpretation.
• Exercise 5, 6: Fault and Fracture dip orientations.
• Overall course review, open discussion and answering questions.