The Sedimentary Basin Exploration and Hydrocarbon Potential course in Manama, Bahrain, is designed to equip professionals with the skills to explore sedimentary basins and assess their hydrocarbon potential.
From:
05-01-2026
From:
25-05-2026
Course Overview
Sedimentary basins are the primary hosts of global hydrocarbon resources. Understanding their formation, structure, and petroleum systems is critical for successful exploration and production.
This Sedimentary Basin Exploration and Hydrocarbon Potential Training Course introduces participants to basin classification, tectonic settings, stratigraphy, petroleum system elements, and exploration techniques. It integrates geophysical, geochemical, and geological data to evaluate hydrocarbon prospects.
Through lectures, case studies, and practical exercises, participants will develop skills in basin analysis and hydrocarbon potential assessment, preparing them to contribute effectively to exploration projects.
Course Benefits
Understand the formation and classification of sedimentary basins.
Learn petroleum system elements and basin modeling methods.
Integrate geophysical and geochemical data in exploration.
Strengthen skills in hydrocarbon prospect evaluation.
Gain insights into global exploration case studies.
Course Objectives
Explain principles of sedimentary basin formation and evolution.
Classify basins by tectonic and depositional settings.
Analyze petroleum system elements (source, reservoir, seal, trap).
Apply geophysical and geochemical techniques to basin analysis.
Evaluate hydrocarbon generation, migration, and accumulation.
Conduct risk assessment in exploration projects.
Build skills in integrated basin and petroleum system modeling.
Training Methodology
The course combines expert-led lectures, seismic and geochemical data interpretation, case studies, and group exercises. Participants will engage in hands-on basin analysis workflows.
Target Audience
Petroleum geologists and geophysicists.
Reservoir and exploration engineers.
Energy professionals in oil and gas exploration.
Graduate students in petroleum geosciences.
Target Competencies
Basin analysis and classification.
Petroleum system evaluation.
Geophysical and geochemical data integration.
Hydrocarbon potential assessment.
Course Outline
Unit 1: Introduction to Sedimentary Basins
Basin formation and tectonic settings.
Basin classification and types.
Global distribution of sedimentary basins.
Importance in hydrocarbon exploration.
Unit 2: Stratigraphy and Basin Architecture
Principles of stratigraphy and depositional systems.
Basin-fill sequences and facies analysis.
Structural frameworks in basins.
Case studies of basin architecture.
Unit 3: Petroleum System Elements
Source rock characterization.
Reservoir properties and quality.
Seal and trap configurations.
Hydrocarbon generation and migration.
Unit 4: Basin Modeling and Exploration Techniques
Geophysical methods (seismic, gravity, magnetics).
Geochemical tools in basin analysis.
Basin modeling and maturity assessment.
Risk and uncertainty evaluation.
Unit 5: Hydrocarbon Potential and Case Studies
Hydrocarbon prospect evaluation.
Global examples of productive basins.
Lessons learned from exploration successes and failures.
Future directions in basin exploration.
Ready to strengthen your expertise in basin analysis and hydrocarbon evaluation?
Join the Sedimentary Basin Exploration and Hydrocarbon Potential Training Course with EuroQuest International Training and gain practical skills for petroleum exploration success.
The Sedimentary Basin Exploration and Hydrocarbon Potential Training Courses in Manama equip professionals with a deep scientific and practical understanding of how sedimentary basins form, evolve, and serve as the primary repositories for hydrocarbon resources. Designed for geoscientists, exploration engineers, reservoir specialists, and energy-sector professionals, these programs explore the geological frameworks, analytical techniques, and exploration strategies essential for identifying and evaluating hydrocarbon prospects within sedimentary environments.
Participants gain a strong foundation in basin analysis, examining depositional processes, tectonic influences, stratigraphic architecture, and sedimentary facies that control basin development. The courses highlight how source rocks, reservoir intervals, seals, and structural traps interact to create viable petroleum systems. Through applied modules, attendees learn to interpret seismic data, analyze well logs, evaluate core samples, and build stratigraphic and structural models that illuminate subsurface conditions.
These hydrocarbon exploration training programs in Manama emphasize the integration of geological, geochemical, and geophysical datasets to assess basin potential effectively. Participants explore play fairway mapping, prospect evaluation techniques, risk assessment frameworks, and volumetric calculations that guide exploration decisions. Case studies demonstrate how successful exploration campaigns apply multidisciplinary insights to reduce uncertainty and optimize drilling targets within complex sedimentary settings.
A key strength of the program lies in its balance of theoretical depth and practical application. Interactive workshops, data interpretation exercises, and scenario-based simulations allow participants to work with real exploration datasets, evaluate basin characteristics, and design exploration strategies aligned with global industry standards. The curriculum also introduces emerging innovations such as digital subsurface modeling, AI-assisted seismic interpretation, and low-carbon exploration approaches supporting the energy transition.
Attending these training courses in Manama provides professionals with access to a region known for its rich geological history and strategic role in global energy development. By completing the program, participants gain the technical expertise, analytical capability, and strategic insight needed to evaluate sedimentary basins, assess hydrocarbon potential, and contribute effectively to exploration initiatives within today’s evolving energy landscape.