Master the Essentials of Reservoir Simulation to Optimize Oil and Gas Production

Practical Reservoir Simulation

Hands-on training to enhance understanding and application of reservoir simulation techniques for real-world challenges.

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Course Schedule

Online Sessions:

Code	Date	Time	Duration	Location	Currency	Team of 10 Per Person	Team of 7 Per Person	Early Bird Fee Per Person	Normal Fee Per Person
ARS25	12 - 23 Oct 2026	10:30 PM Indian Time	3 Hours Per Day	Zoom Online	USD	1850	2000	2500	3000

The Classes Will be Online Via Zoom for 2 Weeks excluding Weekends.

Boost your team's skills and your budget! Enjoy group discounts for collaborative learning. Send an inquiry to info@peassociations.com.

Practical Reservoir Simulation

Learn the fundamentals of reservoir simulation, focusing on practical approaches and methodologies to optimize hydrocarbon recovery. This course equips engineers and technical professionals with essential tools and insights to build, validate, and analyze reservoir models effectively

Description

Learn advanced reservoir modeling & simulation. Master reservoir characterization, rock & fluid properties, PVT modeling, history matching, and uncertainty analysis. Build dynamic models, optimize strategies, estimate reserves, and plan field development with waterflooding & gas injection.

Course Description

Introduction

Reservoir simulation is a critical tool in managing and optimizing the production performance of oil and gas reservoirs. This course covers the fundamentals, offering participants a hands-on experience in developing, calibrating, and running simulations for practical applications. Through interactive sessions and case-based learning, participants will gain the skills to assess reservoir dynamics and make data-driven decisions.

Objectives

Understand the principles and workflow of reservoir simulation.

Gain insights into model building, history matching, and production forecasting.

Learn to manage uncertainties and apply sensitivity analysis.

Enhance skills in utilizing simulation tools to optimize reservoir management.

Apply knowledge through hands-on exercises with industry-standard software.

Training Methodology

This course combines lectures, hands-on exercises, and group discussions, enabling participants to apply theoretical concepts to real-world scenarios. Case studies will be presented, along with simulation practice, to reinforce learning and facilitate skill-building.

Organisational Impact

Improved technical decision-making in reservoir development and management.

Enhanced capability to optimize production and manage uncertainties.

Access to simulation best practices that support strategic planning and resource management.

Personal Impact

Increased competency in reservoir simulation tools and methodologies.

Enhanced ability to assess and forecast reservoir performance.

Improved confidence in making data-informed decisions to optimize recovery.

Who Should Attend?

This course is designed for reservoir engineers, petroleum engineers, geoscientists, and technical professionals involved in reservoir management, field development, and production optimization.

Course Outline

Day 1:

Overview of Field Development Planning (PDF)

Simplified Understanding for Reservoir Simulation

Role of Reservoir Rocks & Fluids in Reservoir Management

Reservoir Characterization Process

Simulation & Convergence

Simulation Model *.DATA File

Reservoir Geology Overview and Structure Settings

Overview of Static Model Construction

Industry Standard Simulators

Day 2:

Rock Properties and Core Analysis Workflow

Flow Units and Rock Typing

Relative Permeability & Capillary Pressure Data Integration

Reservoir Rock Model (Rock Physics Functions)

PVT Analysis Workflow in the Reservoir Management

Day 3:

Explore simulator GUI and Software data formats

Use analysis tools: slicing, cross-sections, streamlines, bubble maps

Apply filters, user arithmetic, and graphs (rates, totals, well sections)

Add LAS files and RFT/MDT/PLT data

Create and use graph templates with Graph Calculator

Analyze waterflood: drainage tables, graphs, streamlines, networks

Perform interactive tracer injection

Manage multiple model realizations

Create job queues and generate forecasts

Day 4:

Review and QAQC Static Reservoir (Simulation Grid) Models

Hydrocarbon Volume Calculations

MD Interface overview

Import RESCUE file with static properties

QAQC the 3D model

Fluid properties editing and PVT data (PVT Designer® and RP Designer®).

Well projects creation (Well Designer®).

Development Strategies, Schedule creation.

Cases Building and RUNSPECS settings.

Multiple Cases initialization, Case(s) comparison.

Results Analysis.

Case export to a *.DATA file for post-processing.

Editing 3D properties, Comparing different cases.

Create Forecast.

Day 5:

History Development Strategies

Aquifer Characteristics and Modeling

Defining the Uncertainty and Sensitivity Analysis

Fine-tuning & Simulation Model Adjustment

AHM & Uncertainties Brief Theory

Experimental design algorithms

Optimization Algorithms

Objective Function description

How to use multi-Objective function

Sensitivity Analysis launch and analysis

RFT data import

Assisted History Match to RFT data

Day-6

PVT designer overview, set fluid composition, saturation pressure curve

PVT experiments (CCE, DLE, CVD), Pseudo components (Lumping)

Load samples (laboratory measurements)

Automatic matching (regression) of experiments to laboratory data

Create and export PVT tables

How to use VFP Designer

How to use Network Designer

Build the surface network with current/planned elements

Run the network as a standalone.

Integrate the surface and subsurface models.

Results analysis

Day-7

Well Placement tool – Optimization

Integrated workflow with Geology Designer

History Match Analysis

Prediction Development Strategies

Day 8:

Waterflooding Strategies

Voidage Replacement and Rate Controls

Well Pressure Production Control

Simulation of Naturally Fractured Reservoirs

Dual Porosity/Permeability Simulation

Approaches of Fracture Network Modeling

Matrix/Fracture Shape Factor

Enhanced Oil Recovery Simulation

Surfactant Flooding Model Parameters

Overview of Dual Porosity Reservoirs

Principles of Dual Porosity Simulation

Certificates

On successful completion of this training course, PEA Certificate will be awarded to the delegates

About The Trainer

Your Expert trainer is a highly accomplished Reservoir Engineering Team Leader possessing over 14 years of experience in the energy sector. He has a proven track record of success in reservoir management, characterization, and production optimization.

Reservoir Engineering: Leading and mentoring teams, conducting comprehensive reservoir evaluations, and developing strategies to maximize hydrocarbon recovery.

Data Analysis and Interpretation: Analyzing production data, material balance, RFT/MDT data, and pressure transients to optimize reservoir performance and identify opportunities for enhanced recovery.

Software Proficiency: Utilizing industry-standard software such as Techlog, Volumetric, DCA, MBE, OFM, and KAPPA for reservoir simulation, analysis, and hydrocarbon estimation.

Training and Development: Designing and delivering training courses on key reservoir engineering topics, including waterflooding, PVT analysis, and reservoir simulation.

Trainer has deep understanding of reservoir engineering principles, coupled with his strong analytical and problem-solving skills, make him a valuable asset. He consistently delivers technical solutions that drive efficiency and improve the performance of E&P portfolios.