Petrel Uncertainty for Reservoir Engineers

Advance your expertise in reservoir modeling and decision-making with our specialized course on Petrel Uncertainty. Designed for reservoir engineers, this course focuses on the techniques and tools within Petrel for managing and quantifying uncertainties in reservoir characterization and simulation, ensuring robust and reliable reservoir models.

• Understand the fundamentals of uncertainty analysis in reservoir engineering.
• Learn to utilize Petrel’s tools and workflows to quantify and manage uncertainties.
• Develop skills to create robust reservoir models that account for geological, petrophysical, and dynamic uncertainties.
• Gain insights into decision-making processes based on uncertainty analysis.
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• Introduction to Uncertainty in Reservoir Engineering

  • Definition and sources of uncertainty
  • Importance of uncertainty management in reservoir development

• Overview of Petrel Software

  • Introduction to Petrel interface and functionalities
  • Overview of Petrel’s uncertainty analysis tools

• Data Input and Preparation

  • Gathering and integrating geological, geophysical, and petrophysical data
  • Data quality control and preprocessing

• Building Uncertainty Models

  • Creating geological scenarios
  • Parameter uncertainty and probabilistic modeling
  • Incorporating structural, property, and dynamic uncertainties

• Simulation and Uncertainty Analysis

  • Running multiple simulation scenarios
  • Analyzing and comparing simulation outcomes
  • Sensitivity analysis and risk assessment

• Decision Making under Uncertainty

  • Interpreting uncertainty results
  • Making informed decisions based on probabilistic outcomes
  • Case studies and best practices

• Case Studies and Practical Applications

  • Review of real-world applications and successful projects
  • Hands-on exercises and simulations to reinforce learning
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Upon completion of this course, participants will be proficient in using Petrel for uncertainty analysis in reservoir engineering. They will be able to create comprehensive uncertainty models, perform robust simulations, and make informed decisions to optimize reservoir development and management.

• Reservoir Engineers
• Petroleum Engineers
• Geoscientists
• Petrophysicists
• Students and professionals in related fields
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