Chapter 1 - Introduction to Integrated Reservoir Assessments

01-01 - IR Assessment Applications - Reservoir Management (4 min.) Sample Lesson
01-02 to 01-06 - Introduction to Integrated Reservoir (IR) Assessments and Production Mapping (4 min.) Quiz: 01-02 to 01-06 - Introduction to Integrated Reservoir (IR) Assessments and Production Mapping

Chapter 2 - Building an IR Assessment

02-01 - Project Goals and Scope (7 min.)
02-02 - Data Selection (4 min.)
02-03 - Data Collection (8 min.)
02-04 - Data QC (3 min.) Quiz: 02-04 - Data QC

Chapter 3 - Production Mapping

03-01 - Types of Production Maps (11 min.)
03-02 - Production Mapping Methodology - Time Span Selection (8 min.)
03-03 - Production Mapping Methodology - Well Selection and Database Creation (5 min.)
03-04 - Production Mapping Methodology - Production Calculations and QC (6 min.)
03-05 - Production Mapping Methodology - Assign Proxy Values (6 min.)
03-06 - Production Mapping Methodology - Gridding (5 min.)
03-07 - Evaluate Production Map Results (6 min.) Quiz: 03-07 - Evaluate Production Map Results

Chapter 4 - Data Integration and Analysis

04-01 - Introduction (4 min.)
04-02 - Common Chart and Comparison Types (10 min.)
04-03 - Identify Correlations and Impact - Wellbore and Completions (12 min.)
04-04 - Identify Correlations and Impact - Drive Mechanisms (6 min.)
04-05 - Identify Correlations and Impact - Reservoir Quality (13 min.)
04-06 - Incorporate Key Trends into Production Maps (13 min.)
04-07 - Evaluate and QC Integrated Assessment Maps (3 min.) Quiz: 04-07 - Evaluate and QC Integrated Assessment Maps

Chapter 5 - IR Assessment Use Cases

05-01 - Construct An IR Assessment Map Suite And Data Analysis Package (3 min.)
05-02 - Use Cases of IR Assessment: Reservoir Management (10 min.)
05-03 - Use Cases of IR Assessment: Development Planning (8 min.)
05-04 - Use Of IR Assessment In Decision Making: Appraisal (4 min.) Quiz: 05-04 - Use Of IR Assessment In Decision Making: Appraisal

Chapter 6 - COIP Mapping

06-01 - Introduction to Current Oil in Place (COIP) Mapping (9 min.)
06-02 COIP Methodology (7 min.)
06-03 - COIP Map Quality Checking - Introduction (10 min.)
06-04 - COIP Map-Based Recovery Factor (RF) Methodology (7 min.)
06-05 - COIP Map Evaluation (4 min.) Quiz: 06-05 - COIP Map Evaluation

Chapter 7 - Current Oil in Place Volumetrics

07-01 - Application Of Current OIP Volumetrics (2 min.)
07-02 - Volumetrics Methodology - AOI or Field (3 min.)
07-03 - Volumetrics Methodology - Infill Well Polygons (4 min.)
07-04 - Overview of Resources and Reserves (2 min.) Quiz: 07-04 - Overview of Resources and Reserves

Chapter 8 - IR Assessments Review

08-01 - Review IR Assessment Workflow (1 min.)
08-02 - Application Examples (7 min.)
08-03 - Applications For Energy Transition (2 min.)
08-04 - Starting an IR Assessment (5 min.) Quiz: 08-04 - Starting an IR Assessment

Integrated Reservoir Assessments With Production Mapping / Chapter 1 - Introduction to Integrated Reservoir Assessments

Lesson 01-01 - IR Assessment Applications - Reservoir Management

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Transcript

01. Lesson 1.01: IR Assessment Applications - Reservoir Management 02. Course Outline and Objectives 03. Introduction to Integrated Reservoir Assessments 04. Introduction to IR Assessments and Production Mapping 05. Data Types for IR Assessments

01. Lesson 1.01: IR Assessment Applications - Reservoir Management

Hi, I'm Allicia Davis of ADAV Geology Consulting, and I am here to present the course Integrated Reservoir Assessments with Production Mapping.
I've worked in the energy industry for 15 years, primarily in Chevron's technical center with U.S. and international teams. I'm a geologist by background and I specialize in integrating static and dynamic datasets to address subsurface uncertainties and improve reservoir management. By production mapping and data analysis, projects have supportedand field development plans, reservoir models, and resource volumetrics. So I'm hoping to share that with you through this course.
Every project, like every reservoir, is a little different. I have considerable experience with both unconventional and conventional reservoirs as well as and my country's experience are pretty broad, including the U.S., San Joaquin, and DJ Basins, Partition Neutral Zone, UK, Thailand, Nigeria, Angola, Canada, Venezuela, and Azerbaijan. So with that, let's talk about Integrated Reservoir Assessments with Production Mapping.

02. Course Outline and Objectives

This course focuses on using static and dynamic production data to identify key drivers for conventional and behavior. So the maps and analysis are used to prioritize and support reservoir management activities, including. You can also use this for appraisal and analog work. The power of the workflow is you can run in a matter of weeks and so you can prioritize activities in a short time frame.
But I'm hoping you learn through this course is recognize the capabilities of the workflow, be able to create a production map suite suitable for your business needs, understand the basics of data analysis to help identify your key reservoir behavior drivers, create production maps that are guided by those critical reservoir characteristics you've identified, and last, we'll talk about how to construct current hydrocarbon pore thickness maps and use them for volumetrics.
Who should be here and what do you get out of the course? So if you work with reservoirs, then you should take this course. It's for engineers and geologists as well as any other discipline. It's a good discussion tool for teams and you'll see how this is a quick way to check concepts and validate your assumptions about reservoir behavior. And overall, you're going to be using more of the data available to you to better understand your reservoir. For geologists, production data is that one dataset that you're guaranteed to have, no matter whator reservoir you get assigned to work it. For engineers, you already work with production data. But this course is going to show you how to use the data quickly outside of simulation or the other tools that you are already using. It also has applications for workovers, completions, and drilling.

03. Introduction to Integrated Reservoir Assessments

So in this first chapter, we're going to walk through 6 different sections to do kind of an overview of what the course is going to be about and the overall workflow as well as your recommended prerequisites.

04. Introduction to IR Assessments and Production Mapping

Integrated reservoir assessments with production mapping is a map-based analytical workflow, and we're going to use static and dynamic data to identify production trends and key drivers. Hopefully, that will help us to recognize connectivity and in a reservoir. We're going to enhance our activities, development opportunities, and reviewand resource volumes as a primary or secondary booking methodology.
It can be run quickly. So this workflow can provide quantified results in a relatively short timeframe, 2 - 12 weeks. Obviously, that's dependent on the field size and what you're looking to do with the workflow. Once it's set up, you can easily update it with new data.

05. Data Types for IR Assessments

I mentioned static and dynamic data a number of times and how that's going to be used within the workflow. And these are some examples of the types of work data that we can use. What's key is that any data of reasonable uncertainty that can give information on our reservoir characterization and fluid movement. So every reservoir has a slightly different dataset, as you well know, that is best used to help characterize your reservoir. It may include any of the static or dynamic data examples listed here, or you may have something that's not on the list.
So that was our introduction to the Integrated Reservoir Assessment Workflow with Production Mapping. And in the next section, we're going to talk a little bit more about applications for reservoir management.