Pideya Learning Academy

Reservoir Evaluation and Engineering Expertise

Upcoming Schedules

  • Schedule

Date Venue Duration Fee (USD)
06 Jan - 10 Jan 2025 Live Online 5 Day 2750
24 Mar - 28 Mar 2025 Live Online 5 Day 2750
26 May - 30 May 2025 Live Online 5 Day 2750
23 Jun - 27 Jun 2025 Live Online 5 Day 2750
11 Aug - 15 Aug 2025 Live Online 5 Day 2750
29 Sep - 03 Oct 2025 Live Online 5 Day 2750
10 Nov - 14 Nov 2025 Live Online 5 Day 2750
01 Dec - 05 Dec 2025 Live Online 5 Day 2750

Course Overview

The Reservoir Evaluation and Engineering Expertise training by Pideya Learning Academy is a comprehensive program designed to equip professionals with the knowledge and skills necessary to excel in reservoir characterization and engineering. This training emphasizes the critical role reservoirs play in the oil and gas industry, focusing on their efficient evaluation and management to maximize hydrocarbon recovery. The course delves deeply into the principles and methodologies that drive effective reservoir analysis, combining robust theoretical frameworks with contemporary industry insights.
In today’s dynamic energy sector, reservoir evaluation and engineering have become indispensable for optimizing resource extraction. According to industry reports, global oil production in 2023 exceeded 100 million barrels per day, with approximately 75% of production reliant on advanced reservoir management techniques. Furthermore, efficient reservoir evaluation is estimated to increase recovery rates by up to 15%, underscoring its significance in meeting rising energy demands. This training program is meticulously designed to address the complexities of modern reservoirs, offering participants the expertise required to excel in their roles.
Participants will gain a comprehensive understanding of the dynamic interactions between reservoir rocks and fluids. The course explores lithology, fluid properties, and reservoir dynamics, enabling attendees to accurately characterize reservoirs and make informed decisions about their management. Special attention is given to the latest advancements in reservoir evaluation, empowering participants to leverage state-of-the-art tools and methodologies effectively.
Key highlights of the Course:
Comprehensive Coverage of Reservoir Fundamentals: Participants will explore the core principles of reservoir engineering, including rock-fluid interactions, reservoir properties, and hydrocarbon phase behavior, laying a solid foundation for advanced concepts.
Advanced Interpretation Techniques: The training introduces sophisticated methods for analyzing reservoir data, enabling participants to derive actionable insights from complex datasets and challenging reservoir conditions.
Cutting-Edge Industry Insights: Attendees will stay ahead with knowledge of the latest technologies and innovations in reservoir evaluation, ensuring their skillset remains relevant in the rapidly evolving oil and gas industry.
Critical Analysis of Reservoir Management Strategies: The course delves into decision-making frameworks, equipping participants with the ability to evaluate the advantages and limitations of various reservoir management approaches.
Interactive Learning Modules: While emphasizing theoretical depth, the program incorporates engaging examples and case studies, fostering an immersive learning experience that bridges concepts and real-world applications.
Career-Enhancing Expertise: Participants will leave with specialized knowledge and analytical capabilities that enhance their professional credentials, making them valuable assets to their organizations.
The Reservoir Evaluation and Engineering Expertise training also highlights industry-relevant challenges such as unconventional reservoir exploration, environmental considerations, and evolving market dynamics. Participants will learn how to address these challenges effectively, gaining a competitive edge in the oil and gas sector.
Delivered by Pideya Learning Academy, this program is ideal for geoscientists, reservoir engineers, and petroleum professionals aiming to elevate their expertise in reservoir evaluation. By the end of the course, participants will possess a nuanced understanding of reservoir engineering and the confidence to apply this knowledge in their professional endeavors.

Key Takeaways:

  • Comprehensive Coverage of Reservoir Fundamentals: Participants will explore the core principles of reservoir engineering, including rock-fluid interactions, reservoir properties, and hydrocarbon phase behavior, laying a solid foundation for advanced concepts.
  • Advanced Interpretation Techniques: The training introduces sophisticated methods for analyzing reservoir data, enabling participants to derive actionable insights from complex datasets and challenging reservoir conditions.
  • Cutting-Edge Industry Insights: Attendees will stay ahead with knowledge of the latest technologies and innovations in reservoir evaluation, ensuring their skillset remains relevant in the rapidly evolving oil and gas industry.
  • Critical Analysis of Reservoir Management Strategies: The course delves into decision-making frameworks, equipping participants with the ability to evaluate the advantages and limitations of various reservoir management approaches.
  • Interactive Learning Modules: While emphasizing theoretical depth, the program incorporates engaging examples and case studies, fostering an immersive learning experience that bridges concepts and real-world applications.
  • Career-Enhancing Expertise: Participants will leave with specialized knowledge and analytical capabilities that enhance their professional credentials, making them valuable assets to their organizations.
  • Comprehensive Coverage of Reservoir Fundamentals: Participants will explore the core principles of reservoir engineering, including rock-fluid interactions, reservoir properties, and hydrocarbon phase behavior, laying a solid foundation for advanced concepts.
  • Advanced Interpretation Techniques: The training introduces sophisticated methods for analyzing reservoir data, enabling participants to derive actionable insights from complex datasets and challenging reservoir conditions.
  • Cutting-Edge Industry Insights: Attendees will stay ahead with knowledge of the latest technologies and innovations in reservoir evaluation, ensuring their skillset remains relevant in the rapidly evolving oil and gas industry.
  • Critical Analysis of Reservoir Management Strategies: The course delves into decision-making frameworks, equipping participants with the ability to evaluate the advantages and limitations of various reservoir management approaches.
  • Interactive Learning Modules: While emphasizing theoretical depth, the program incorporates engaging examples and case studies, fostering an immersive learning experience that bridges concepts and real-world applications.
  • Career-Enhancing Expertise: Participants will leave with specialized knowledge and analytical capabilities that enhance their professional credentials, making them valuable assets to their organizations.

Course Objectives

After completing this Pideya Learning Academy training, participants will learn:
Resources, reserves, and recovery estimation methods.
Rock properties data analysis for effective reservoir evaluation.
Techniques for rock typing, saturation height modeling, and flow unit analysis.
Interpretation of well test data and its application to reservoir studies.
Management of naturally fractured reservoirs and carbonate reservoirs.
Application of decline curve analysis for production forecasting.
Performance assessment of oil, dry gas, and gas condensate reservoirs.
Utilization of material-balance methods in reservoir evaluation.
Understanding water influx and its implications on reservoir behavior.

Personal Benefits

Participants will gain:
A thorough understanding of reservoir evaluation techniques.
Confidence in applying advanced interpretation methods for precise results.
Exposure to new technologies and methods for accurate reservoir characterization.
Analytical and problem-solving skills critical to reservoir management.
An opportunity to advance their careers in reservoir analysis and management.

Organisational Benefits

Organisations investing in this training for their teams will realize several benefits, including:
Optimized reservoir characterization strategies and improved data analysis capabilities.
Cost-efficient data acquisition programs tailored to specific reservoir environments.
Enhanced ability to derive valuable insights from conventional and advanced interpretation techniques.
Better integration of reservoir evaluation with economic feasibility studies.
Improved decision-making through detailed and accurate reservoir assessments.

Who Should Attend

This training is ideal for:
Senior management involved in reservoir evaluation projects.
Professionals directly responsible for reservoir characterization and data analysis.
Managers overseeing reservoir engineering studies.
Legal advisors handling hydrocarbon field evaluations.
Aspiring reservoir analysts in the petroleum industry.
Any professional seeking certification as a reservoir analyst.
This course by Pideya Learning Academy is your gateway to mastering the art and science of advanced reservoir evaluation and management, ensuring a brighter, more successful career in the petroleum industry.

Course Outline

Module 1: Evaluating Hydrocarbon Resources and Recovery Potential
Classification and definitions of petroleum resources and reserves Techniques for estimating hydrocarbons in place and reserves Volumetric method: Data sources, computations, and common errors Comparison between deterministic and probabilistic approaches Sensitivity and uncertainty analysis methods Application of Monte Carlo simulation in hydrocarbon estimation Estimating recovery factors: Methods and correlations Introduction to alternative reserves estimation methods Case Study Workshop: Field-based reserve evaluation
Module 2: Analysis of Petro-Physical Reservoir Data
Principles of modern logging tools and their physical applications Qualitative and quantitative formation evaluation Routine Core Analysis (RCAL) techniques Special Core Analysis (SCAL) methodologies Data averaging techniques for RCAL and SCAL Use of multilayer tools for reservoir evaluation Measurement of reservoir heterogeneity Techniques for permeability and porosity modeling Workshop: Data interpretation from real-world cases
Module 3: Advanced Techniques in Rock Typing and Zonation
Identifying rock types and their implications on reservoir management Normalized Reservoir Quality Index (RQI) and its application Techniques to define flow units within reservoirs Methods for saturation height modeling and interpretation Workshop: Practical application on field data
Module 4: Properties and Sampling of Reservoir Fluids
Classification of reservoir fluids Importance of Pressure-Volume-Temperature (PVT) data Techniques for sampling reservoir fluids Laboratory processes for reservoir fluid studies Adjusting laboratory data to field operating conditions
Module 5: Fluid Characterization and Equation of State (EOS) Modeling
Fundamentals of fluid modeling using EOS Definitions and applications of EOS parameters Regression techniques for fluid characterization Managing the regression process effectively Practical modeling using specialized software Workshop: EOS and PVT modeling case studies
Module 6: Principles of Well Test Data Interpretation
Overview of well testing techniques and their applications Different types of well tests and their significance Reservoir characterization using test interpretation: Semi-log analysis Type-curve matching Log-log analysis and pressure derivative fundamentals Well efficiency and productivity analysis Determining wellbore storage and skin factors Practical analysis using well test interpretation software Workshop: Field-based test data interpretation
Module 7: Production Decline Curve Analysis (DCA)
Overview of decline curve analysis concepts Arps decline analysis: Exponential, hyperbolic, and harmonic decline Application of type curves in production forecasting Prediction modes and their implementation Hands-on software tools for decline curve analysis Workshop: Analyzing real production data
Module 8: Material Balance Analysis (MBA) for Historical Data
Applications of material balance equations in reservoir studies Identifying reservoir drive mechanisms Data preparation and quality control for MBA Techniques for history matching and validation Monitoring fluid contacts (OWC and GOC) Introduction to simulation concepts for MBA Workshop: History matching with real field data
Module 9: Material Balance Analysis (MBA) for Forecasting and Development
Designing future drilling programs based on MBA results Integrating Inflow Performance Relationship (IPR) and Vertical Lift Performance (VLP) modeling Planning field development strategies for new reservoirs Assigning daily contract quantities for gas export agreements Estimating reservoir lifespan and project feasibility Designing water flooding projects using Buckley-Leverett modeling Workshop: Field development case studies
Module 10: Economic Analysis of Petroleum Projects
Fundamentals of petroleum economics and its importance Elements of feasibility studies for new and existing projects Economic evaluation techniques and methodologies Calculating economic indicators: NPV, IRR, and payback period Managing uncertainty and conducting sensitivity analysis Workshop: Economic evaluation of case studies
Module 11: Integrated Reservoir Management Techniques
Collaborative approaches to reservoir management Reservoir monitoring and surveillance strategies Incorporating geoscience and engineering data into decision-making Techniques for optimizing reservoir performance Workshop: Real-world reservoir management scenarios
Module 12: Advanced Reservoir Simulation
Fundamentals of reservoir simulation Static vs. dynamic reservoir modeling Grid generation and model building History matching in reservoir simulation Forecasting future reservoir performance Workshop: Simulated case studies using industry-standard software
Module 13: Unconventional Reservoirs and Challenges
Characteristics of unconventional reservoirs Hydraulic fracturing techniques and applications Production analysis in shale gas and tight oil reservoirs Economic feasibility of unconventional resource exploitation Workshop: Case studies on unconventional reservoirs
Module 14: Environmental and Risk Management in Reservoir Engineering
Environmental impact of reservoir operations Risk assessment and mitigation strategies Regulatory compliance in reservoir projects Sustainable practices in reservoir engineering Workshop: Developing a risk management plan Each module is designed to provide a comprehensive understanding of critical reservoir evaluation and management techniques, ensuring participants gain valuable skills to excel in the petroleum industry.

Have Any Question?

We’re here to help! Reach out to us for any inquiries about our courses, training programs, or enrollment details. Our team is ready to assist you every step of the way.