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Venue |
Starting Date |
Duration |
Fees |
Online - Virtual ,
|
20231017
17 - Oct - 2023 |
2 Hrs X 8 Sessions |
$1,750 |
Register
|
Dubai - UAE ,
|
20231218
18 - Dec - 2023 |
5 - Day |
$4,750 |
Register
|
COURSE OVERVIEW
Reservoir modeling becomes an important element in the current Oil & Gas industry. It considers a very helpful tool for decision making to develop and optimize any oil or gas field production. Integrated reservoir modeling is very crucial for better understanding of the overall reservoir performance.
This course is designed to provide the participants with the importance of the integrated reservoir modeling. The course addresses an integrated approach to demonstrate the process of the integrated reservoir modeling starting from the geological model incorporation into the dynamic model and up to different model prediction scenarios. The course covers the aspects of reservoir rock and fluid properties modeling. History matching process, as a main element in the overall reservoir modeling, is also included. The course extends to include differently advanced reservoir modeling for different topics such as EOR, fractured reservoir and smart well technology as well. Different comparative field case studies will be discussed.
IMPORTANT FEATURES
The important features of the Integrated Reservoir Modeling training course are:
- It provides the fundamentals of reservoir modeling integration
- It includes the reservoir modeling concepts
- It focuses on building integrated reservoir modeling cases
- It covers the reservoir Rock & Fluid Properties Modeling
- It provides the history Matching Workflow
- It includes different reservoir prediction scenarios
- It gives an overview of the advanced integrated reservoir modeling
- It includes different actual field case studies
LEARNING OBJECTIVES
By the end of course, delegates will be able to:
- Understand the concept of integrated reservoir modeling
- Learn how to build an integrated reservoir modeling case
- Learn how to conduct history matching and run different prediction scenarios
- Gain sufficient knowledge on different advanced reservoir modeling studies
- Gain sufficient knowledge on different actual integrated reservoir modeling cases drive up the quality of the service delivered by their team
TARGET AUDIENCE
- Reservoir Engineers
- Modelling Engineers
- Petroleum Engineers
- Field/Production Engineers
- Facilities/Process Engineers
- Team Leader/Managers
- Development/Exploitation Engineers
- Other persons who seek more knowledge on integrated reservoir modeling aspects
TRAINING METHODOLOGY
This training course will combine technical presentations, extensive discussion, and different actual field case studies supported by computer materials to ensure that all participants will be ready to use their new knowledge.
Pre & Post course assessments will be used to measure the effectiveness of this training.
COURSE CONTENTS
Module 1 - Reservoir Modelling Overview
-
KeyTopics:
- Reservoir Types
- Reservoir Drive Mechanisms
- Reservoir Life Cycle
- Producing Well Performance
- Initial Oil in Place
- Reserve and Ultimate Recovery Factor
- Reservoir Modelling Concept
- Integrated Reservoir Modelling Workflow
Module 2 - Static Geological Model Incorporation
-
KeyTopics:
- Reservoir Characterization Concept
- Static Model Input Files
- Rock Type Scheme Integration
- Saturation Height Function
- Integration of Static & Dynamic Model (QC)
- Upscaling Overview
Module 3 -Rock & Fluid Properties Integration
-
KeyTopics:
- Relative Permeability
- Capillary Pressure
- Three Phase Relative Permeability
- Hysteresis
- Fluid Characterization/PVT Modeling
- EOS/Compositional Modeling
- Model Initialization Concept
Module 4 - History Matching/Prediction Integrated Workflow
-
KeyTopics:
- History Match Concept
- History Match Requirements
- Basics of Production Data
- Parameters used for History Match
- Conducting Reservoir Predictions Runs
- Prediction Scenarios
- Field Case Studies
Module 5 - Advanced Reservoir Modelling
-
KeyTopics:
- Fractured Reservoir Modeling
- Dual Porosity/Dual Permeability Modeling
- Enhanced Oil Recovery (EOR) Modeling
- Smart Horizontal Well Modeling (ICD)
- Field Case Studies
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