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Fundamentals of Reservoir Simulation

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Fundamentals of Reservoir Simulation, available at $199.99, has an average rating of 4.55, with 98 lectures, based on 129 reviews, and has 368 subscribers.

You will learn about Reservoir simulation technuques Reservoir engineering practices This course is ideal for individuals who are Engineers or Geoscientists or Students or Asset managers It is particularly useful for Engineers or Geoscientists or Students or Asset managers.

Enroll now: Fundamentals of Reservoir Simulation

Summary

Title: Fundamentals of Reservoir Simulation

Price: $199.99

Average Rating: 4.55

Number of Lectures: 98

Number of Published Lectures: 98

Number of Curriculum Items: 98

Number of Published Curriculum Objects: 98

Original Price: $199.99

Quality Status: approved

Status: Live

What You Will Learn

  • Reservoir simulation technuques
  • Reservoir engineering practices

Who Should Attend

  • Engineers
  • Geoscientists
  • Students
  • Asset managers

Target Audiences

  • Engineers
  • Geoscientists
  • Students
  • Asset managers

This is an Applied Reservoir Engineering course. You learn how to use a 3D software application platform to perform major Engineering tasks on a subsurface oil and gas formation.

You will learn how to Initialize the simulation and view results. You will learn how to compute OOIP, and QC the fluid in place results by comparing with volume from static models.

This course will be updated with more lectures, a one month after approval, so there are a lot more to learn.

Course Curriculum

Chapter 1: Course Introduction

Lecture 1: Course Content

Lecture 2: Course Prerequisite

Lecture 3: Learning Tools

Lecture 4: Downloads: Course Resources

Chapter 2: Integrated Reservoir Study

Lecture 1: What is Integrated Reservoir Study

Lecture 2: Petrophysics

Lecture 3: Geophysics

Lecture 4: Geology

Lecture 5: Summary

Chapter 3: Reservoir Simulation Overview

Lecture 1: What is Reservoir Simulation

Lecture 2: Data Gathering

Lecture 3: Static Modeling

Lecture 4: Model Up-scaling

Lecture 5: History Matching

Lecture 6: Predictions

Lecture 7: Summary

Chapter 4: Reservoir Simulation input Datafile

Lecture 1: RUNSPEC

Lecture 2: GRID

Lecture 3: PROPS

Lecture 4: SOLUTION

Lecture 5: SUMMARY

Lecture 6: REGION

Lecture 7: Summary

Chapter 5: Simulator Interface

Lecture 1: Sensor Simulator Interface

Lecture 2: Simulation Run

Lecture 3: Results Viewing

Lecture 4: Data Management

Lecture 5: New Simulation Project

Lecture 6: Summary

Chapter 6: 3D Simulation and Modeling Interface

Lecture 1: Introduction

Lecture 2: Application Interface

Lecture 3: Data Visualization

Lecture 4: Workflows

Chapter 7: Simple Simulation Grid Model

Lecture 1: Project Settings

Lecture 2: Simple Grid

Lecture 3: Zones and Layers

Lecture 4: Properties

Chapter 8: NEW Reservoir Engineering Project (Case Study)

Lecture 1: New Project Introduction

Lecture 2: Data Availability

Lecture 3: Geologic Model Review

Lecture 4: Geologic Model QC

Lecture 5: Geologic Model QC – Property Modeling

Lecture 6: Geologic Model QC – Grid Cell Volumes

Lecture 7: Geologic Model QC – Grid Cell Angles

Lecture 8: Geologic Model QC – Cell Inside-Out

Lecture 9: Geologic Model QC – Property Calculator

Lecture 10: Simulation Study Workflow

Lecture 11: Summary

Chapter 9: Reservoir Fluid Modeling (PVT)

Lecture 1: Fluid Modeling Introduction

Lecture 2: Phase (Envelope) Diagram

Lecture 3: Fluid Properties

Lecture 4: Make Fluids From Correlations

Lecture 5: Import PVT Table

Lecture 6: Viewing Fluid Model

Lecture 7: Summary

Chapter 10: Fluid Contacts (OWC and GOC)

Lecture 1: Fluid Contacts Introduction

Lecture 2: Types of Fluid Contacts

Lecture 3: Transition Zone

Lecture 4: Fluid Contacts Determination

Lecture 5: Modeling and Viewing Contacts

Chapter 11: Saturation Functions (SCAL)

Lecture 1: Saturation Functions Introduction

Lecture 2: Relative Permeability Functions

Lecture 3: Relative Permeability Endpoints

Lecture 4: Corey Functions

Lecture 5: Relative Permeability Modeling from Correlations

Lecture 6: Capillary Pressure Modeling from Correlations

Lecture 7: Rock Compressibility

Lecture 8: Import Relative Permeability Functions Table

Lecture 9: Summary

Chapter 12: Aquifer Modeling (Water Influx)

Lecture 1: Aquifer Introduction

Lecture 2: Aquifer Classification

Lecture 3: Water Influx Models

Lecture 4: Aquifer Modeling – 1

Lecture 5: Aquifer Modeling – 2

Lecture 6: Aquifer Modeling – 3

Chapter 13: Reservoir Compartments (Regions)

Lecture 1: Regions (Segments) Introduction

Lecture 2: Equilibration Region

Lecture 3: Modeling EQLNUM

Lecture 4: Fluid (PVT) Region

Lecture 5: Modeling PVTNUM

Chapter 14: Initialization Process

Lecture 1: Initialization Introduction

Lecture 2: Equilibration

Lecture 3: Initialization Process – 1

Lecture 4: Initialization Process – 2

Lecture 5: Initialization Process – 3

Lecture 6: Initialization Process – 4

Instructors

Rating Distribution

  • 1 stars: 2 votes
  • 2 stars: 2 votes
  • 3 stars: 13 votes
  • 4 stars: 30 votes
  • 5 stars: 82 votes

Frequently Asked Questions


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