Chapter 1 - Introduction

1.01 Agenda Topics (4 min.) Sample Lesson Quiz: 1.01 Agenda Topics
1.02 What is Geomodeling? (20 min.)
1.03 Forecasting Road Map (17 min.)
1.04 Reservoir Modeling Workflow (21 min.)

Chapter 2 - Data Types and Geostatistical Terms

2.01 Summary of Data Distributions (19 min.)
2.02 More on Data Distributions (34 min.) Quiz: 2.02 More on Data Distributions
2.03 Variograms (15 min.)
2.04 Calculating Variograms - Part 1 (14 min.)
2.05 Calculating Variograms - Part 2 (24 min.)
2.06 Fitting a Variogram Model (28 min.) Quiz: 2.06 Fitting a Variogram Model
2.07 Estimation and Kriging - Part 1 (27 min.)
2.08 Estimation and Kriging - Part 2 (22 min.) Quiz: 2.08 Estimation and Kriging - Part 2

Chapter 3 - Simulation: Modeling and Honouring Variability

3.01 Why Simulations? (24 min.)
3.02 Sequential Gaussian Simulation (23 min.)
3.03 Post-Processing Simulations (28 min.) Quiz: 3.03 Post-Processing Simulations

Chapter 4 - Facies Simulation

4.01 Simulation of Facies (21 min.)
4.02 Truncated Gaussian & PluriGaussian Simulations (27 min.)
4.03 Multiple Point Statistics Simulation (27 min.)
4.04 Simulation Summary (27 min.) Quiz: 4.04 Simulation Summary

Chapter 5 - Frameworks

5.01 Facies for Modeling (27 min.)
5.02 Example Structure & Stratigraphic Framework (14 min.)
5.03 Topics Around Facies and Petrophysics Preparation (20 min.)
5.04 Facies Trends (34 min.) Quiz: 5.04 Facies Trends

Chapter 6 - Petrophysical Modeling

6.01 Petrophysical Modeling (14 min.)
6.02 Water Saturation Modeling (25 min.)
6.03 Permeability Modeling Issues Checking Models (22 min.) Quiz: 6.03 Permeability Modeling Issues Checking Models

Chapter 7 - Scaling to Uncertainty

7.01 Scaling to Uncertainty (36 min.)
7.02 Post-Processing, Uncertainty, and Proxies (21 min.)
7.03 Direct Forecasting, Proxies, and Uncertainty (28 min.)
7.04 North Sea Case (Cormorant East) (19 min.) Quiz: 7.04 North Sea Case (Cormorant East)

Geomodeling and Geostatistics / Chapter 1 - Introduction

Lesson 1.01 Agenda Topics

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Transcript

01. Lesson 1.01: Agenda Topics 02. Agenda Topics 03. Agenda Topics cont'd

01. Lesson 1.01: Agenda Topics

Hello, welcome to Geomodeling and Geostatistics. This is geostatistical geomodeling. And we're giving an overview here in this course, many part course. The course is intended for the broad subsurface team as well as the hands on geomodelers. There are parts of the course that are high level and there's some theory; we'll go into theory as well. So let's move forward. There's a little bit for everyone on the team and the whole idea is to get everyone communicating across disciplines.

02. Agenda Topics

OK, so the course agenda is shown here. We're going to first go through a slide deck of the introduction, talking about what geomodeling is, what are the core competencies and roles. And so we'll have a separate summary slide for that coming up next. But then later in the course and the other slide decks, we're going to cover some basic concepts and theory. And so we'll look at some summary statistics, terminology that's necessary. Estimation and kriging is the next area of that, that's getting into the geostatistics. Simulations, we'll cover that. Simulation of continuous variables to get the theory behind stochastic simulation. Then we'll look at simulation and highlight 4 main pixel methods being used. Later, after we cover these theory sections, we're going to go into the workflow elements in geomodeling, in the fundamentals. These are generalized subsurface workflows and practice points. So we'll define the structure and, look at the facies in the modeling, log facies and such. Property modeling, that's the rocks and fluids in porous media. Then post-processing of the stochastic models, getting summary statistics, uncertainty, connectivity in the reservoir and look at using that for well placement. As well, we'll look at volumetric assessments with various constraints, cutoffs, and such. After that we'll look at re-scaling. We actually touch re-scaling early in the workflows and then at the end to deliver these models to the reservoir simulation. And finally, we'll cover other points on linking dynamic behavior and forecasting from the static models, the stochastic models without simulation.

03. Agenda Topics cont'd

So for this introduction section, we'll cover what is geomodeling. We'll highlight 3 core geomodeling competencies, cover the concepts and roles of geomodeling. Then there's the subsurface team and just some general workflow points, a schematic workflow. Selected geomodeling issues will be highlighted and some impacts. And then finally, summary remarks on this section.