Short lectures with many exercises
on the computer
Overview:
This course combines the Advanced Structural
Framework (first two days) and the Property Modeling (last three days) courses. It is designed for geoscientists and
focuses on modeling faults and their displacements, performing log operations, log upscaling, facies modeling, petrophysical
modeling, and calculating volumes using these properties.
Who should attend:
Geoscientists and Engineers who are going to
use Petrel to build reservoir models for the purpose of well planning, volume calculation, geologic understanding, or
reservoir simulation.
This course requires a basic knowledge of Petrel's file manipulation and display tools.
Upon completion of the course, the student will be comfortable:
Modeling faults and their displacements
Performing log operations
Log upscaling
Facies modeling
Petrophysical modeling
Calculating volumes using these properties
What will they Learn:
PROBLEM
SOLUTION
Unfamiliarity with Petrel fault modeling
Become comfortable with Petrel's
fault modeling
Unfamiliarity with facies modeling in Petrel
Learn how to do facies
modeling
Unfamiliarity with petrophysical
modeling in Petrel
Learn how to model the
various types of petrophysical data
Processes:
Modeling Workflow is separated into five parts
(one each day):
Building un-faulted structural frameworks focusing on data, parameters and
geologic relationships
Building faulted structural frameworks including parameter and editing techniques
for controlling vertical separation along faults and at bifurcations
Facies modeling using object and pixel based techniques
Petrophysical modeling of porosity, permeability, net-to-gross
and water saturation
A geocellular modeling project to reinforce the skills learned
Course Agenda:
Using 2D Grids to QC and prepare structure input
Make Simple Grid (automated framework building)
Pillar Gridding, Make Horizons, Make Zones and Layering
Fault modeling direct from data and by digitizing
Advanced techniques for Make Horizons and Make Zones
Log calculations and log upscaling
Facies Data analysis (facies proportions, correlations, variograms)
Facies modeling (objects, SIS, transition)
Petrophysical data analysis (transforms, variograms)
Petrophysical modeling (SGS, co-kriging, trends)
Volume calculation
If you would
like to register or talk with SCM about your training needs please
contact Marilyn Walden at mwalden@scminc.com
or 713-871-1800.
HOUSTON