OIL & GAS · TECHNICAL AREA

Geochemistry & Modeling

Petroleum geochemistry and integrated modeling provide the foundation for examining hydrocarbon systems and reservoir behavior across this specialist area. The courses cover uncertainty and risk analysis alongside the kinetics of hydrocarbon generation and cracking in petroleum system modeling projects. Modeling in areas with intense tectonic activity connects geological complexity with the interpretation of petroleum systems. Applications of petroleum geochemistry link subsurface evaluation with reservoir management and production development strategies. Asphaltene studies and digital rock physics extend the scope to fluid-related questions and the characterization of rock properties, while the intended scope of the listed asphaltene subject requires provider clarification. Coupled reservoir geomechanics simulation brings reservoir and mechanical behavior together, connecting these subjects with integrated subsurface assessment.

7 COURSES

Courses in this area

Course

What it covers

Suitable roles

Uncertainty and Risk Analysis in Petroleum System Modeling

Addresses uncertainty in petroleum system models and its implications for interpreting hydrocarbon systems. Risk analysis connects model assumptions and geological uncertainty with subsurface assessment.

Suitable for: Petroleum Systems Modeler, Exploration Geologist, Petroleum Geochemist

Kinetics in Hydrocarbon Generation and Cracking in Petroleum System Modeling Projects

Focuses on the kinetics of hydrocarbon generation and cracking and their representation in petroleum system models. These processes link thermal evolution with interpretations of hydrocarbon formation and alteration.

Suitable for: Petroleum Geochemist, Petroleum Systems Modeler, Basin Modeler

Petroleum System Modeling in Areas with Intense Tectonic Activity

Connects tectonic complexity with petroleum system modeling and the interpretation of hydrocarbon systems. Geological deformation is considered as a factor in reconstructing basin evolution.

Suitable for: Petroleum Systems Modeler, Structural Geologist, Exploration Geologist

Applications of Petroleum Geochemistry in Reservoir Management and Production Development Strategies

Relates petroleum geochemical interpretation to reservoir management and production development strategies. The emphasis is on how fluid-related information contributes to integrated subsurface evaluation.

Suitable for: Petroleum Geochemist, Reservoir Engineer, Production Geologist

Asphaltene Studies Assurance

Examines asphaltene behavior in reservoir fluids and its relationship to deposition and production conditions. Fluid characterization and the review of operating conditions provide context for assessing asphaltene-related flow concerns.

Suitable for: Petroleum Geochemist, Flow Assurance Engineer, Production Chemist

Digital Rock Physics

Uses digital representations of rock structure as a basis for discussing rock properties and reservoir characterization.

Suitable for: Petrophysicist, Rock Physicist, Reservoir Engineer

Coupled Reservoir Geomechanics Simulation

Brings reservoir simulation and mechanical rock behaviour into a coupled modeling framework. The relationship between reservoir conditions and rock deformation provides context for integrated subsurface assessment.

Suitable for: Geomechanics Engineer, Reservoir Simulation Engineer, Reservoir Engineer