Forecasting Hydrocarbon Flow: Reservoir Simulation using Eclipse/Petrel Training Course

Introduction

Reservoir simulation is an indispensable tool in the oil and gas industry, allowing engineers and geoscientists to predict the dynamic behavior of fluids (oil, gas, water) within a reservoir over time. By building sophisticated numerical models that integrate geological, petrophysical, and production data, companies can optimize field development strategies, forecast production rates, evaluate enhanced oil recovery (EOR) schemes, and make critical investment decisions. Mastery of leading simulation software like Eclipse, integrated with geological modeling platforms like Petrel, is crucial for effective reservoir management.

This intensive training course is meticulously designed to equip participants with a comprehensive and practical understanding of reservoir simulation using industry-standard software, primarily Eclipse and Petrel. From exploring the fundamental principles of fluid flow in porous media and the architecture of reservoir simulators to mastering data preparation, model construction, history matching, and production forecasting, you will gain the expertise to build and run robust simulation models. This empowers you to optimize field development, maximize hydrocarbon recovery, and strategically contribute to the efficient and sustainable production of energy resources.

Target Audience

  • Reservoir Engineers and Petroleum Engineers.
  • Geologists and Geophysicists (involved in static modeling).
  • Production Engineers.
  • Development Managers and Asset Managers.
  • Data Scientists interested in Geoscience Modeling.
  • Students and Academics in Petroleum Engineering.
  • Technical Staff involved in Reservoir Management.
  • Anyone seeking hands-on experience with leading reservoir simulation software.

Duration: 10 days

Course Objectives

Upon completion of this training course, participants will be able to:

  • Understand the fundamental principles of fluid flow in porous media and reservoir simulation.
  • Grasp the architecture and capabilities of industry-standard reservoir simulators (Eclipse).
  • Analyze the process of preparing geological (static) models in Petrel for dynamic simulation.
  • Comprehend the various input data requirements for a reservoir simulation model.
  • Evaluate different fluid models (black oil, compositional) and their application.
  • Develop practical skills in building, running, and interpreting results from Eclipse models within Petrel.
  • Navigate the complexities of history matching and production forecasting.
  • Formulate robust strategies for optimizing field development and maximizing recovery using simulation.

Course Content

  1. Introduction to Reservoir Simulation
  • Defining Reservoir Simulation Module: numerical modeling of fluid flow in porous media
  • Purpose and Benefits of Simulation Module: production forecasting, development optimization, EOR evaluation, risk assessment
  • Basic Principles of Fluid Flow in Porous Media Module: Darcy's Law, fluid properties (PVT)
  • Overview of Reservoir Simulation Workflow Module: static model to dynamic forecast
  • The role of simulation in modern reservoir management
  1. Introduction to Eclipse and Petrel for Simulation
  • Eclipse Simulator Overview Module: black oil (Eclipse 100), compositional (Eclipse 300)
  • Petrel Platform Overview Module: geological modeling, data integration, visualization
  • Integrated Workflow in Petrel Module: connecting static model to dynamic simulation
  • User Interface and Basic Navigation in Petrel Module: essential tools for simulation setup
  • Understanding the capabilities of the primary software tools
  1. Static Model Preparation in Petrel for Simulation
  • Importing and Managing Data Module: seismic, well logs, core data, geological interpretations
  • Gridding Techniques Module: corner point grids, unstructured grids, upscaling for simulation
  • Facies Modeling Module: populating the grid with geological facies (e.g., sand, shale)
  • Property Modeling Module: distributing petrophysical properties (porosity, permeability, net-to-gross) into the grid
  • Ensuring the geological model is ready for dynamic simulation
  1. Fluid Models for Reservoir Simulation
  • Black Oil Model Module: assumptions, PVT properties (solution gas-oil ratio, oil formation volume factor, viscosity)
  • Compositional Model Module: equations of state (EOS), phase behavior of complex mixtures
  • Relative Permeability Module: understanding multi-phase flow, measurement, and modeling
  • Capillary Pressure Module: fluid distribution and saturation functions
  • Selecting and preparing appropriate fluid models for simulation
  1. Well Modeling and Production Constraints
  • Well Representation in Simulation Module: vertical, deviated, horizontal, multilateral wells
  • Well Controls and Constraints Module: constant rate, constant pressure, maximum liquid rate, minimum bottomhole pressure
  • Artificial Lift Modeling Module: representing ESP, gas lift, rod pumps in the simulator
  • Perforation and Completion Intervals Module: defining active zones
  • Setting up wells to accurately reflect field operations
  1. Eclipse Input Data and Keywords
  • Eclipse Input File Structure Module: sections (RUNSPEC, GRID, PROPS, REGIONS, SOLUTION, SCHEDULE)
  • Key Eclipse Keywords Module: common keywords for defining reservoir, fluid, rock, and well properties
  • Data Entry and Syntax Module: understanding Eclipse input file format
  • Error Checking and Debugging Module: identifying and resolving input file issues
  • Hands-on practice in creating and modifying Eclipse input files
  1. Running Eclipse Simulation and Post-Processing in Petrel
  • Executing the Simulation Module: running Eclipse from Petrel or command line
  • Monitoring Simulation Progress Module: output files, convergence issues
  • Visualizing Results in Petrel Module: 3D visualization of pressure, saturation, flow paths
  • Plotting Production Profiles Module: oil, gas, water rates, cumulative production
  • Interpreting and presenting simulation results effectively
  1. History Matching
  • Purpose of History Matching Module: calibrating the model against historical production data
  • History Matching Parameters Module: permeability, porosity, fluid contacts, fault transmissibility, relative permeability
  • Workflow for History Matching Module: systematic adjustment of parameters
  • Assisted History Matching Techniques Module: optimization algorithms, sensitivity analysis
  • Achieving a robust match between simulated and actual performance
  1. Production Forecasting and Development Optimization
  • Forecasting Scenarios Module: different development plans, future oil prices, well schedules
  • Uncertainty in Forecasts Module: P10, P50, P90 scenarios
  • Development Optimization Module: infill drilling, well conversions, EOR implementation
  • Economic Evaluation of Forecasts Module: linking simulation results to financial models
  • Using the calibrated model to predict future reservoir performance and optimize development
  1. Advanced Simulation Concepts and Future Trends
  • Compositional Simulation Module: for gas condensate, volatile oil, miscible gas injection
  • Thermal Simulation Module: for steam injection, in-situ combustion EOR
  • Fractured Reservoir Simulation Module: dual porosity/permeability models
  • Coupled Geomechanics and Flow Simulation Module: impact of stress on reservoir properties
  • Machine Learning and AI in Simulation Module: for history matching, uncertainty quantification, surrogate modeling
  • The evolving role of reservoir simulation in the digital oilfield.

CERTIFICATION

  • Upon successful completion of this training, participants will be issued with Macskills Training and Development Institute Certificate

TRAINING VENUE

  • Training will be held at Macskills Training Centre. We also tailor make the training upon request at different locations across the world.

AIRPORT PICK UP AND ACCOMMODATION

  • Airport pick up and accommodation is arranged upon request

TERMS OF PAYMENT

Payment should be made to Macskills Development Institute bank account before the start of the training and receipts sent to info@macskillsdevelopment.com

For More Details call: +254-114-087-180

 

Forecasting Hydrocarbon Flow: Reservoir Simulation Using Eclipse/petrel Training Course in Uruguay
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