EXECUTIVE SUMMARY

Petroleum System Analysis Course is a specialized technical program designed to strengthen participants’ ability to evaluate hydrocarbon generation, migration, accumulation, preservation, and exploration risk. The course equips participants with practical knowledge of source rocks, reservoirs, seals, traps, burial history, thermal maturity, timing, charge, and petroleum system modeling. Participants learn how petroleum system analysis supports basin evaluation, play development, prospect assessment, exploration strategy, and subsurface decision-making. The program connects geology, geochemistry, stratigraphy, structural interpretation, basin modeling, geophysics, and well data into an integrated exploration workflow. It emphasizes practical methods for identifying petroleum system elements, assessing critical processes, evaluating uncertainties, and communicating exploration chance factors. Special attention is given to source rock richness, maturity windows, migration pathways, trap timing, seal integrity, charge risk, and preservation potential. Participants explore how integrated petroleum system analysis reduces exploration uncertainty and improves prospect ranking. The course is suitable for geologists, geophysicists, geochemists, exploration teams, reservoir professionals, and oil and gas technical staff. By the end, participants will be prepared to apply petroleum system analysis confidently in exploration and basin evaluation projects.

INTRODUCTION

Petroleum system analysis is a core discipline in oil and gas exploration because it explains how hydrocarbons are generated, expelled, migrated, trapped, and preserved in the subsurface. Successful exploration requires more than identifying structures, because every prospect must be tested against the presence and effectiveness of a working petroleum system. This course introduces participants to the integrated technical methods used to evaluate petroleum systems from basin scale to prospect scale. It explains how source rocks, reservoirs, seals, traps, migration pathways, and timing relationships combine to create hydrocarbon accumulations. Participants examine burial history, thermal maturity, organic richness, charge modeling, pressure, preservation, and geological risk. The program emphasizes applied interpretation rather than theory alone, helping professionals connect petroleum system concepts with real exploration decisions. It also highlights how geochemical data, well results, seismic interpretation, regional geology, and basin models support exploration confidence. Participants learn how to evaluate petroleum system uncertainty and communicate risks clearly to technical and management teams. This course provides a structured pathway for building practical petroleum system analysis capability in modern exploration workflows.

COURSE OBJECTIVES

Participants will achieve the following objectives by this course:

• Understand the principles and value of petroleum system analysis in exploration.
• Identify source rocks, reservoirs, seals, traps, migration pathways, and timing relationships.
• Evaluate source rock richness, quality, maturity, and hydrocarbon generation potential.
• Interpret burial history, thermal maturity, expulsion, migration, and charge processes.
• Assess trap formation, seal effectiveness, and preservation conditions.
• Integrate geological, geochemical, geophysical, and well data for system evaluation.
• Apply petroleum system concepts to basin analysis, play definition, and prospect ranking.
• Identify key exploration risks related to source, charge, reservoir, seal, and timing.
• Communicate petroleum system findings through maps, models, summaries, and risk tables.
• Build practical workflows for petroleum system evaluation and exploration decision support.

TARGET AUDIENCE

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

• Exploration geologists and geoscientists evaluating basins, plays, prospects, and hydrocarbon systems.
• Geochemists, basin modelers, and technical specialists working with source rock and maturity data.
• Geophysicists and interpreters integrating seismic interpretation with petroleum system concepts.
• Reservoir, drilling, and petroleum engineers requiring stronger subsurface exploration context.
• Exploration managers and asset teams responsible for prospect ranking and portfolio decisions.
• Data analysts and technical teams handling geological, geochemical, seismic, and well information.
• Consultants and professionals supporting basin studies, exploration strategy, and subsurface risk evaluation.

COURSE OUTLINE

Day 1: Foundations of Petroleum Systems and Exploration Concepts

• Understand petroleum system analysis and exploration decision value.
• Review petroleum system elements and critical processes.
• Distinguish plays, prospects, leads, and petroleum systems.
• Connect basin evolution with hydrocarbon generation and accumulation.
• Identify source, reservoir, seal, trap, migration, and timing factors.
• Understand charge, preservation, and geological risk concepts.
• Review common petroleum system types across basin settings.
• Define technical priorities for petroleum system evaluation.

Day 2: Source Rocks, Geochemistry, and Thermal Maturity

• Identify source rock types and depositional conditions.
• Evaluate organic richness, kerogen type, and generative potential.
• Understand thermal maturity, oil windows, and gas windows.
• Interpret geochemical indicators used in source evaluation.
• Review burial history and heat flow controls on maturity.
• Assess hydrocarbon generation, expulsion, and transformation ratios.
• Identify source rock uncertainty and data limitations.
• Link source rock evaluation with exploration charge risk.

Day 3: Migration, Charge, Reservoirs, Seals, and Traps

• Understand primary and secondary hydrocarbon migration processes.
• Identify carrier beds, faults, fractures, and migration pathways.
• Evaluate reservoir presence, quality, distribution, and connectivity.
• Assess seal capacity, integrity, continuity, and failure risks.
• Understand structural, stratigraphic, and combination trap styles.
• Evaluate trap timing relative to generation and migration.
• Assess charge access and fill-spill relationships.
• Integrate migration and trapping concepts into play evaluation.

Day 4: Basin Modeling, Risk Assessment, and Play Evaluation

• Understand basin modeling inputs, assumptions, and outputs.
• Build burial, maturity, generation, and migration scenarios.
• Interpret petroleum system event charts and timing diagrams.
• Assess uncertainty in model parameters and geological interpretation.
• Define play fairways using petroleum system evidence.
• Evaluate chance factors for source, reservoir, seal, trap, and charge.
• Rank plays and prospects using integrated risk assessment.
• Communicate basin model limitations and confidence levels clearly.

Day 5: Integrated Petroleum System Workflows and Decision Support

• Integrate seismic, well, geochemical, and regional geological data.
• Build maps showing source kitchens, migration pathways, and plays.
• Develop petroleum system summaries for exploration projects.
• Review case studies of successful and failed exploration wells.
• Identify data gaps affecting petroleum system confidence.
• Prepare recommendations for additional studies and data acquisition.
• Present petroleum system risks to technical and management audiences.
• Create an action plan for petroleum system analysis application.

COURSE DURATION

This course is designed as a five-day professional training program that can be delivered in person, virtually, or through a blended technical learning format, with daily sessions combining conceptual explanation, basin examples, petroleum system exercises, geochemical interpretation, mapping discussions, model review, case-based learning, group activities, and application planning. The recommended duration is thirty to forty training hours, depending on participant background, organizational objectives, basin focus, technical depth, software environment, and desired level of practical interpretation. The program can also be customized as a petroleum system workshop, basin analysis course, exploration risk training, geochemistry foundation program, or corporate subsurface capability development pathway.

INSTRUCTOR INFORMATION

The course is delivered by an internationally certified expert with extensive practical and consulting experience in petroleum system analysis, exploration geology, basin modeling, geochemistry, source rock evaluation, play assessment, and subsurface risk analysis. The instructor combines technical education expertise with applied knowledge of hydrocarbon generation, migration, charge analysis, seal and trap evaluation, basin evolution, exploration workflows, and integration with seismic, well, and regional geological data. The delivery approach emphasizes practical application, technical clarity, integrated interpretation, exploration relevance, and measurable capability development for professionals working in petroleum exploration and basin evaluation.

FREQUENTLY ASKED QUESTIONS

1. Is this course suitable for exploration geologists? Yes, it is designed for geologists, geophysicists, geochemists, and exploration professionals.
2. Does the course cover source rock and maturity analysis? Yes, it covers organic richness, kerogen, maturity windows, burial history, and generation potential.
3. Will participants learn petroleum system risk assessment? Yes, the program covers source, charge, reservoir, seal, trap, timing, and preservation risks.
4. Does the course include basin modeling concepts? Yes, it explains basin modeling inputs, outputs, assumptions, scenarios, and interpretation limits.
5. Can the program be customized for specific basins? Yes, it can be adapted to regional geology, company assets, exploration plays, and project data.

CONCLUSION

Petroleum System Analysis Course provides professionals with a practical foundation for evaluating hydrocarbon systems and exploration risk. The course helps participants connect source rocks, migration, reservoirs, seals, traps, timing, and preservation into an integrated exploration framework. It strengthens capability in geochemical interpretation, basin understanding, play evaluation, prospect ranking, and risk communication. Participants leave with practical tools to improve basin studies, exploration decisions, and subsurface confidence. This program supports stronger technical integration, reduced exploration uncertainty, and more disciplined oil and gas opportunity evaluation.