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Course Overview

Petroleum geosciences is essential for discovering, evaluating, and managing hydrocarbon resources. Understanding subsurface geology, reservoir characteristics, and exploration techniques allows professionals to reduce risk, improve recovery, and support sustainable energy production.

This course covers geoscientific fundamentals, seismic and well log interpretation, reservoir characterization, field exploration methods, and hydrocarbon assessment. Participants gain hands-on experience in data analysis, modeling, and exploration planning to make informed decisions.

At EuroQuest International Training, the program blends theoretical knowledge with practical exercises, case studies, and software applications, preparing participants to conduct effective hydrocarbon exploration and resource evaluation.

Key Benefits of Attending

• Master petroleum geosciences principles and exploration techniques

• Evaluate reservoirs and assess hydrocarbon potential

• Apply seismic, geophysical, and well log analysis

• Plan exploration programs and optimize resource extraction

• Integrate geoscientific data into strategic decision-making

Why Attend

This course empowers professionals to conduct hydrocarbon exploration effectively, enabling informed reservoir evaluation, reduced exploration risk, and optimized energy resource management.

Course Methodology

• Expert-led lectures on petroleum geosciences and exploration techniques

• Hands-on workshops in seismic and well log interpretation

• Field and lab exercises in hydrocarbon assessment

• Group projects simulating exploration planning and reservoir evaluation

• Case studies of oil and gas discovery and development projects

Course Objectives

By the end of this ten-day training course, participants will be able to:

• Understand fundamental principles of petroleum geosciences

• Analyze subsurface geology and reservoir characteristics

• Interpret seismic, well log, and geophysical data

• Conduct reservoir assessment and hydrocarbon estimation

• Plan exploration campaigns and drilling programs

• Apply modeling techniques for reservoir evaluation

• Integrate geoscientific and engineering data for decision-making

• Assess exploration risks and mitigation strategies

• Communicate findings to stakeholders and investors

• Apply best practices in sustainable hydrocarbon exploration

• Optimize resource management for economic and environmental performance

• Develop long-term strategies for hydrocarbon exploration and production

Target Audience

• Petroleum geoscientists and reservoir engineers

• Exploration and production professionals

• Geophysicists and petrophysicists

• Oil and gas project managers

• Executives overseeing energy exploration projects

Target Competencies

• Petroleum geology and reservoir characterization

• Seismic and well log interpretation

• Hydrocarbon exploration planning

• Resource assessment and modeling

• Risk assessment and mitigation in exploration

• Integration of geoscientific and engineering data

• Sustainable and efficient hydrocarbon resource management

Course Outline

Unit 1: Introduction to Petroleum Geosciences

• Fundamentals of petroleum systems

• Source, reservoir, seal, and trap concepts

• Global and regional hydrocarbon basins

• Case studies in exploration success

Unit 2: Subsurface Geology and Structural Analysis

• Basin architecture and stratigraphy

• Structural geology for exploration

• Faults, folds, and trap identification

• Practical mapping exercises

Unit 3: Seismic Methods in Hydrocarbon Exploration

• Seismic acquisition and processing

• Interpretation of seismic profiles

• Identifying prospective reservoirs

• Hands-on seismic analysis workshop

Unit 4: Well Log Interpretation and Petrophysics

• Well log types and applications

• Evaluating porosity, permeability, and saturation

• Reservoir quality assessment

• Practical exercises in log interpretation

Unit 5: Reservoir Characterization

• Static and dynamic reservoir properties

• Reservoir modeling and simulation

• Fluid and rock properties evaluation

• Field case studies

Unit 6: Hydrocarbon Resource Estimation

• Volumetric and probabilistic methods

• Estimating recoverable reserves

• Integrating geological and engineering data

• Hands-on estimation exercises

Unit 7: Geochemical and Geophysical Exploration Techniques

• Geochemical prospecting methods

• Gravity, magnetic, and EM surveys

• Integrating geophysical data with geological models

• Field and lab exercises

Unit 8: Exploration Program Planning

• Drilling program design and site selection

• Risk assessment and mitigation

• Cost estimation and project scheduling

• Case studies in exploration planning

Unit 9: Production and Recovery Optimization

• Reservoir management and enhanced recovery

• Monitoring production performance

• Integrating geoscience with engineering operations

• Practical optimization exercises

Unit 10: Environmental and Regulatory Considerations

• Sustainable exploration practices

• Environmental impact assessment

• Compliance with regulations and safety standards

• Case studies of responsible hydrocarbon projects

Unit 11: Data Integration and Decision Support

• Combining seismic, well log, geochemical, and production data

• Decision-making frameworks for exploration

• Visualization and reporting tools

• Practical integration workshop

Unit 12: Capstone Hydrocarbon Exploration Project

• Group-based exploration and reservoir evaluation simulation

• Designing exploration and drilling strategies

• Presenting findings and recommendations

• Action roadmap for real-world application

Closing Call to Action

Join this ten-day training course to master petroleum geosciences and hydrocarbon exploration, enabling you to assess reservoirs, plan exploration, and optimize hydrocarbon resources efficiently and sustainably.