The Petroleum System Analysis Course provides a comprehensive and structured understanding of how hydrocarbons are generated, migrated, accumulated, and preserved within geological systems. The course delivers a complete technical overview of petroleum system elements and processes used in modern oil and gas exploration. It explains the relationships between source rock, reservoir, seal, trap, and timing. Participants gain a strong foundation in basin analysis and geochemical evaluation. The program presents industry-standard workflows applied in exploration and appraisal projects. It introduces petroleum system modeling concepts and risk evaluation techniques. The course enhances decision-making capabilities for exploration and development planning. It strengthens geological interpretation and subsurface integration skills. The program supports professionals involved in upstream petroleum operations.
The Petroleum System Analysis Course is designed to develop a deep technical understanding of hydrocarbon systems from source to trap. The course explains the geological framework that controls hydrocarbon generation and accumulation. It introduces basin evolution concepts and tectonic controls on petroleum systems. Participants explore sedimentary basin classification and petroleum province characterization. The program explains source rock evaluation and thermal maturity assessment. It covers migration pathways and accumulation mechanisms. The course explains reservoir characterization and seal integrity evaluation. It introduces petroleum system modeling and charge history reconstruction. The training builds a strong technical base for exploration and subsurface professionals.
Participants will achieve the following objectives by the Petroleum System Analysis Course:
Develop a clear understanding of petroleum system concepts and terminology.
Understand sedimentary basin formation and tectonic evolution processes.
Identify the main elements of petroleum systems and their geological relationships.
Evaluate source rock quality, richness, and maturity indicators.
Analyze hydrocarbon generation and expulsion mechanisms.
Understand migration pathways and charge timing concepts.
Interpret reservoir properties and depositional environments.
Evaluate seal capacity and trap effectiveness.
Apply petroleum system workflows in exploration screening studies.
Understand basin modeling fundamentals and thermal history reconstruction.
Analyze geological risk factors in hydrocarbon exploration.
Apply petroleum system analysis to prospect evaluation.
Interpret geochemical data for oil and gas characterization.
Understand hydrocarbon phase behavior and fluid distribution.
Evaluate petroleum systems in conventional and unconventional plays.
Integrate geological, geophysical, and geochemical datasets.
Support exploration decision-making with subsurface interpretation.
Apply petroleum system concepts in field development planning.
Improve technical communication of petroleum system results.
Strengthen professional competency in upstream petroleum studies.
This Petroleum System Analysis Course program targets a professional audience seeking to improve knowledge and skills:
Geologists working in exploration and development.
Petroleum engineers involved in reservoir evaluation.
Geophysicists supporting exploration projects.
Exploration managers and asset team leaders.
Subsurface engineers and technical specialists.
Energy consultants and technical advisors.
Graduate geoscientists entering the oil and gas industry.
Reservoir characterization specialists.
Basin modeling professionals.
Upstream project planners.
Introduction to petroleum system concepts.
Definition of petroleum system elements and processes.
Overview of sedimentary basin development.
Classification of sedimentary basins.
Tectonic controls on basin evolution.
Petroleum province and play concepts.
Hydrocarbon lifecycle from generation to accumulation.
Exploration workflow and petroleum system screening.
Source rock definition and classification.
Organic matter types and kerogen classification.
Total organic carbon evaluation.
Thermal maturity indicators and burial history.
Hydrocarbon generation windows.
Expulsion and primary migration concepts.
Geochemical analysis and interpretation.
Oil and gas typing and correlation.
Secondary migration mechanisms.
Carrier beds and migration pathways.
Structural and stratigraphic trap types.
Trap formation and timing relationships.
Seal lithology and sealing mechanisms.
Seal capacity and leakage risk.
Charge risk and trap effectiveness.
Hydrocarbon accumulation dynamics.
Reservoir rock classification.
Depositional environments and facies models.
Porosity and permeability concepts.
Diagenesis and reservoir quality evolution.
Reservoir heterogeneity and connectivity.
Hydrocarbon phase behavior.
Fluid distribution and contacts.
Field-scale petroleum system integration.
Introduction to basin modeling.
Thermal history and burial reconstruction.
Hydrocarbon charge modeling.
Timing and preservation analysis.
Petroleum system risk assessment.
Prospect evaluation workflows.
Unconventional petroleum systems.
Exploration portfolio ranking.
Thiscourse 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.
This course is delivered by expert trainers worldwide, bringing global experience and best practices.
1- Who should attend this course?
Geoscientists, petroleum engineers, exploration professionals, and subsurface specialists.
2- What are the key benefits of this training?
Strong technical foundation in petroleum system analysis and exploration workflows.
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.
The Petroleum System Analysis Course provides a comprehensive understanding of hydrocarbon systems. The program strengthens geological and subsurface interpretation skills. It enhances exploration and development decision-making. The course builds strong technical competency in petroleum system evaluation. It supports professional growth in the upstream energy sector.