EEXECUTIVE SUMMARY

The Petroleum System Analysis course provides a comprehensive framework for understanding how hydrocarbons are generated, migrated, accumulated, and preserved within sedimentary basins. The course focuses on the integrated evaluation of source rocks, reservoirs, seals, traps, and geological timing. It emphasizes basin evolution and its influence on hydrocarbon systems. Participants gain structured analytical skills to assess petroleum potential at basin and play levels. The course bridges theoretical geology with practical subsurface evaluation workflows. Strong attention is given to uncertainty reduction and exploration risk management. Realistic geological scenarios are used to enhance interpretation capabilities. The program supports informed exploration and development decision-making. This course strengthens professional competence in petroleum system evaluation.

INTRODUCTION

The Petroleum System Analysis course is designed to explain the complete lifecycle of hydrocarbons within sedimentary basins. It provides a clear understanding of the geological processes controlling hydrocarbon generation and accumulation. The course explores basin architecture and tectonic evolution in detail. Participants examine thermal history and its effect on source rock maturity. Integrated use of geological, geochemical, and geophysical data is emphasized. The course demonstrates how systematic petroleum system evaluation improves exploration success. Timing relationships between system elements are carefully analyzed. Practical workflows reflect real industry applications. The course builds a disciplined and structured subsurface analysis mindset.

COURSE OBJECTIVES

Participants will achieve the following objectives by the Petroleum system analysis course:

1. understand petroleum system concepts and terminology with clarity and accuracy.
2. analyze basin evolution and structural development influencing hydrocarbon systems.
3. evaluate source rock presence, quality, distribution, and thermal maturity.
4. interpret hydrocarbon generation, expulsion, and migration processes.
5. assess reservoir presence, depositional controls, and quality evolution.
6. identify effective seals and evaluate their capacity and integrity.
7. analyze trap formation mechanisms and preservation risks.
8. integrate multidisciplinary datasets into coherent petroleum system models.
9. apply structured analytical workflows to basin and play evaluation.
10. assess geological risk and uncertainty systematically.
11. interpret timing relationships between generation, migration, and trapping.
12. support exploration and development decisions using logical analysis.
13. communicate petroleum system interpretations clearly within teams.
14. apply learned concepts to real-world exploration scenarios.

TARGET AUDIENCE

This Petroleum system analysis program targets a professional audience seeking to improve knowledge and skills:

• Exploration geologists working on basin evaluation and prospect generation.

• Development geologists supporting field appraisal and planning.

• Geophysicists involved in subsurface interpretation.

• Petroleum engineers seeking geological integration.

• Geoscientists engaged in hydrocarbon exploration projects.

• Energy professionals working in exploration teams.

• Technical consultants supporting petroleum studies.

• Early-career geoscience professionals entering the energy sector.

COURSE OUTLINE

Day 1

• Introduction to petroleum system concepts and terminology.
• Definition and classification of petroleum systems.
• Historical development of petroleum system analysis.
• Elements and processes within petroleum systems.
• Source rock types and depositional environments.
• Organic matter origin and preservation mechanisms.
• Kerogen classification and hydrocarbon potential.
• Basin types and tectonic settings.

Day 2

• Thermal maturity concepts and heat flow control.
• Burial history reconstruction and basin subsidence.
• Hydrocarbon generation windows and transformation ratios.
• Expulsion mechanisms from source rocks.
• Primary migration processes.
• Secondary migration and carrier systems.
• Role of faults and fractures in migration.
• Assessment of charge efficiency and timing.

Day 3

• Reservoir rock types and depositional controls.
• Porosity and permeability evolution through time.
• Diagenetic processes affecting reservoir quality.
• Seal lithologies and sealing mechanisms.
• Capillary pressure and seal capacity evaluation.
• Structural trap formation and geometry.
• Stratigraphic trap development and recognition.
• Trap integrity and preservation risks.

Day 4

• Critical moment concept in petroleum systems.
• Timing of trap formation versus hydrocarbon charge.
• Construction of petroleum system events charts.
• Play-based exploration methodology.
• Charge risk evaluation techniques.
• Reservoir and seal risk assessment.
• Integrated petroleum system risking.
• Management of geological uncertainty.

Day 5

• Basin-scale petroleum system modeling concepts.
• Integration of geological and geophysical data.
• Interpretation workflows for system evaluation.
• Case studies from productive basins.
• Exploration strategy development.
• Application to frontier basin evaluation.
• Application to mature basin reassessment.
• Communication of petroleum system results.

COURSE DURATION

This Petroleum system analysis course is available in different durations: 1 week (intensive training), 2 weeks (moderate pace with additional practice sessions), or 3 weeks (a comprehensive learning experience). The course can be attended in person or online, depending on the trainee's preference.

INSTRUCTOR INFORMATION

This Petroleum system analysis course is delivered by expert trainers worldwide, bringing global experience and best practices. The instructors combine strong academic foundations with extensive industry experience. Training delivery emphasizes clarity and structured learning. Practical workflows and real basin examples are integrated throughout the course. Participants benefit from professional insight and applied expertise.

FREQUENTLY ASKED QUESTIONS

1- Who should attend this Petroleum system analysis course?

Geoscience and energy professionals involved in subsurface evaluation and exploration activities.

2- What are the key benefits of this Petroleum system analysis training?

Improved basin understanding, structured analysis workflows, and enhanced exploration risk assessment.

3—Do participants receive a certificate? Yes, upon successful completion, all participants will receive a professional certification.

4- What language is the course delivered in? English and Arabic.

5- Can I attend online? Yes, you can attend in person, online, or in-house at your company.

CONCLUSION

The Petroleum System Analysis course provides a structured and integrated approach to subsurface evaluation. It enhances analytical skills and geological understanding. The training supports confident exploration and development decisions. Participants gain practical knowledge applicable to real projects. This course represents a strong professional development opportunity.