Introduction to Aspen RMS
This course provides the user with a comprehensive introduction to Aspen RMS. Students progress through a series of exercises designed to use tools to import and analyze data, build a model, flow simulation grid and geological modeling grid, model facies and petrophysical data, compute volumetric and assess the impact of uncertainty on the volumes. |
Audience:
This course is designed for reservoir engineers and geoscientists. |
Training Details
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Course Id:
RMS101
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Duration:
3 day(s)
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CEUs Awarded:
2.1
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Level:
Introductory
Approach
• Instruction on basic topics • Discussion about the general approach • Instructor-guided demonstrations of features • Hands-on workshops that apply learned concepts • Detailed course notes |
Pre-requisites
None |
Subsequent Courses
For facies and petrophysical property modeling: RMS211 Advanced Property Modeling using Aspen RMS To explore grid building in-depth: RMS201 Grid Design and Upscaling using Aspen RMS RMS202 Advanced Gridding using Aspen RMS To learn more about Horizon Uncertainty Modeling (HUM) and Fault Uncertainty Modeling (FUM): RMS221 Structural Uncertainty using Aspen RMS RMS222 Advanced Horizon Uncertainty Modeling using Aspen RMS - Well Data Well Modeling: |
Agenda
o Aspen RMS User Interface o Starting a New Project o Importing, Visualizing and Editing Data o Printing and Presentation o Model Driven Interpretation o Structural Modeling o Grid Building o Blocking (Upscaling) of Wells o Blocked Well Quality Control o Facies Modeling o Petrophysical Modeling o Volumetrics o Workflow Management o Uncertainty Management o Upscaling for Simulation o RMS API and RMS Plugins This course will help you prepare for the certification exam and the exam fee is waived with this course. |
Aspen Technology, Inc. awards Continuing Education Units (CEUs) for training classes conducted by our organization. One CEU is granted for every 10 hours of class participation.