Course Objectives - History and Economics of Petroleum - Prudhoe Bay Example
Geology in General
Geological Principles - Earth Structure and Plate Tectonics - Geological Time and Age Dating - Major Rock Types
Structural Style and Stress Fields - Folds, Faults, Unconformities, and Fractures - Structural and Hydrocarbon Traps
Clastic Depositional Systems
Continental Systems – Fluvial Systems - Deltaic Systems and Types - Marine Systems – barriers and deepwater fans
Carbonate Depositional Systems
Carbonate and Clastic systems contrasts - Carbonate Facies Models - Carbonate Platforms and Ramp Systems - Carbonate Reservoir Properties - Classification of Carbonate Rocks
Geologic Mapping and Cross-Sections
Mapping and Contouring Concepts - Contouring Types and Guidelines - Isopach / Net Pay Mapping Exercises - Structural and Stratigraphic Cross-Sections - Constructing a Cross-Section - Property Mapping Exercises - North Frisco City Field Example
The Petroleum System
What is a Petroleum System? - Processes of Hydrocarbon Generation - Source Rocks – Organic Matter Types - Traps and Seals – definition and types - The Play Concept - Petroleum System Processes and Events
Correlation and Stratigraphy
Principles of correlation - Use of Wireline Logs for Correlation - Correlation Approaches – Lithostratigraphy and Chronostratigraphy - Sequence Stratigraphy, Seismic Stratigraphy & Biostratigraphy
Pore Systems and Diagenesis
Characterizing the Pore System - Porosity and Permeability - Classification of Clastic Rocks - Creation, destruction and preservation of porosity - Diagenesis - Clay Types and Distributions - Porosity types in clastic and carbonate rocks
Building a Static Reservoir Model - Input Datatypes - Reservoir Heterogeneity and Scales of Investigation - Deterministic and Stochastic Modeling - Using Seismic Data in Modeling - Derivation of Geological Models using Flow Units
Shale as a hydrocarbon source and reservoir - Unconventional Gas and Oil - History, definitions, economics.
Seismic Methods and Petroleum Geology
Use of Seismic Tools in Petroleum Geology - Basic Principles of the Reflection Seismic Method - Data Acquisition – Land, Marine, and Borehole - Data Processing - Seismic Interpretation – 2D, 3D, and 4D
Wellbore Data - Wireline and Core
What Logging Means - Different Measurements We Make - Basic Wireline Tools, and what they measure - Processing and Interpretation - Analysis of Porosity, Saturation, and Lithology - Coring a well, Conventional and Sidewall - Core Analysis - Log-Core Correlation and Calibration.
Entry level to mid-level Engineers, Geoscientists, and other E&P staff who need an understanding of the role Geology plays in their everyday business activities.
Basic understanding of the Oil & Gas industry and the processes involved in Petroleum Exploration, Development, and Production.