| Duration: |
Five (5) days |
| Class Type: |
Short lectures with many exercises
on the computer |
| Overview: |
This course teaches students to import
data, build structural frameworks, calculate zone average petrophysical properties, grid those properties, and
calculate volumes using as input the framework and gridded properties. Focus is on 2D mapping techniques similar
to those used in Z-MAP Plus and CPS-3 and this course is an excellent way to transition from those programs into
Petrel. Two case studies are used to reinforce the techniques learned and to allow students to hit the ground
running when they return to the office. |
| Who should attend: |
Anyone who needs to use Petrel for:
- Structure Mapping
- Simple Petrophysical Modeling
- Volume Calculation
|
| What will they Learn: |
|
| PROBLEM |
|
SOLUTION |
|
Unfamiliarity with Petrel
|
Become comfortable with Petrel's
file structure and interface
|
|
Unsure what Petrel can
do in the Mapping area
|
Learn how to plan a
project
|
|
Do not know how to work
in Petrel
|
Learn how to work a project
from importing tops and interpretations through to volume calculations
|
|
| Processes: |
Intermediate is separated into six parts:
- Introduction to the Petrel Interface and basic mapping processes including file manipulation
and volumetrics
- Half-day un-faulted workflow exercise
- Techniques used to build and depth-convert faulted frameworks
- Introduction to display tools and hardcopy generation
- Half-day faulted workflow exercise
- Introduction to Process Manager
When given specifically for one company, an additional week
can be included where students bring their own project data.
This week reinforces project planning and the workflow
steps required to complete a real-world project in Petrel.
Using student data allows productive work to be performed
while in class.
|
| Course Agenda: |
- Interface, files and windows
- Import and export
- Create and edit grids, lines and points
- Well log processing and display
- Building un-faulted 3D frameworks
- Building petrophysical models
- Volume calculation
- A half-day un-faulted exercise
- Velocity modeling and depth conversion
- Building faulted 3D frameworks
- Creating maps and hardcopy output
- A half-day faulted exercise
- Introduction to the Process Manager
|
HOUSTON