Petroleum Geology and Petroleum Geoscience Masterclass

Why Select this Training Course?

Join our Petroleum Geology and Petroleum Geoscience Masterclass to delve into the earth’s subsurface mysteries and contribute tangibly to the quest for hydrocarbons. The world of energy is evolving, and with it, the need to understand geological formations and phenomena has never been so crucial. In this course, you will embark on a voyage to decode the secrets of sedimentary basins, unravel the complexities of structural traps, and master the art of resource evaluation.

How can mastering geological models help in resource identification?

In a sphere where understanding the earth’s subsurface is the entrance ticket to hydrocarbon reserves, advanced geological modelling stands as the compass. This masterclass equips you with state-of-the-art geological modelling techniques, enabling you to accurately characterise reservoirs and optimise drilling strategies to sidestep the risks of exploration.

What role does the latest geophysical technology play?

Geophysical technologies are the stethoscopes to the heartbeats of oil and gas reservoirs. In this masterclass, we tear down the silos between geology and geophysics, presenting you with the latest seismic imaging techniques and electromagnetics, ensuring that you are adept at employing these tools for enhanced decision-making in exploration and production.

Who Should Attend?

This masterclass will benefit:

• Petroleum geologists, geoscientists, and engineers.
• Exploration managers seeking deeper insights into geological systems.
• Geophysicists aiming to link seismic data with geology.
• Oil and gas industry professionals working in exploration, drilling, and development.
• Academics and research scientists in earth science disciplines.
• Decision-makers involved in petroleum resource assessment and exploration strategy.

What are the Course Objectives?

Participants will:

• Gain hands-on experience with cutting-edge geological and geophysical tools.
• Understand the latest techniques and methodologies in the exploration of hydrocarbons.
• Develop strategies for basin analysis and reservoir characterisation.
• Acquire the knowledge to assess risks and potential in unexplored territories.
• Enhance their perspective on environmental factors affecting exploration and production.

How will this course be presented?

The course will employ:

• Lectures with ample case studies to connect theory and practice.
• Interactive sessions with virtual field trips and hands-on exercises.
• Group discussions fostering exchange of experiences and ideas.
• Workshops on specialised software for geological and reservoir modelling.
• Problem-solving sessions to encourage critical thinking and application.

What are the Topics Covered in this Course?

Module 1: Advanced Structural Geology and Tectonics

• Mechanics of fault and fold systems.
• Tectonic settings and plate kinematics.
• Structural traps and hydrocarbon migration pathways.
• Interpretation of seismic structural features.
• Techniques for modelling complex geological structures.
• Role of tectonics in petroleum system evolution.
• Deformation bands and their impact on reservoir quality.
• Stress regime analysis and fracturing.
• Geomechanically modelling of reservoir behaviour under production.

Module 2: Sedimentary Basins and Petroleum Systems

• Classification and evolution of sedimentary basins.
• Basin modelling and thermal maturation of source rocks.
• Petroleum system elements and processes.
• Geochemical methods for source rock evaluation.
• Migration pathways and accumulation mechanisms.
• Basin-scale stratigraphic correlation techniques.
• Depositional environments and facies analysis.
• Sequences stratigraphy and systems tracts.
• Integrated basin analysis using multidisciplinary data.

Module 3: Seismic Technology and Interpretation

• Seismic acquisition techniques for land and marine environments.
• Seismic data processing workflows.
• Advanced techniques in seismic interpretation and attribute analysis.

Module 4: Petrophysics and Reservoir Characterisation

• Wireline and LWD logging tools and techniques.
• Formation evaluation and log interpretation.
• Quantitative assessment of reservoir properties.

Module 5: Unconventional Resources and Tight Reservoirs

• Types and characteristics of unconventional resources.
• Geological assessment and sweet spot identification for shale gas and tight oil.
• Hydraulic fracturing and its geological considerations.
• Environmental implications of unconventional resource development.
• Techniques for evaluating and modelling unconventional reservoirs.

Module 6: Geostatistics and Reservoir Modelling

• Principles of geostatistics and variogram analysis.
• Stochastic modelling techniques.
• Reservoir simulation and history matching for production forecasting.
• Uncertainty analysis in reservoir characterisation.

Module 7: Reservoir Management and Enhanced Recovery Methods

• Reservoir surveillance strategies.
• Waterflood and EOR pilot design and interpretation.
• Reservoir management plans and field development optimisation.
• Production geology and reservoir performance analysis.

Module 8: Petroleum Economics and Risk Analysis

• Principles of petroleum economics.
• Valuation of oil and gas properties.
• Project economic modelling and decision analysis
• Risk assessment methodologies in exploration and production.
• Fiscal systems and their impact on project viability.
• Portfolio management and capital allocation.
• Probabilistic reserves estimation.
• Decision trees and real options in project evaluation.
• Sensitivity analysis and Monte Carlo simulation for risk analysis.
• Cost-effective field appraisal planning.
• Lifecycle costing and abandonment scenarios.
• Investment strategies under economic and political uncertainties.

Module 9: Environmental Aspects and Sustainability in Petroleum Exploration

• Legal and regulatory framework for environmental compliance.
• Geoscientific considerations in environmental impact assessment (EIA).
• Mitigation strategies for oil spill and pollution prevention.
• Assessment of seismic survey impact on marine ecosystems.
• Carbon management and footprint reduction in petroleum operations.
• Waste management and resource conservation in drilling operations.
• Best practices for environmental stewardship in geoscience workflows.
• Community engagement and corporate social responsibility in exploration activities.

Module 10: Future Trends and Innovations in Petroleum Geoscience

• Integration of AI and machine learning in subsurface characterisation.
• Quantum computing and its potential impact on geoscience data analysis.
• Remote sensing and satellite imagery for surface and subsurface mapping.
• Advances in borehole imaging and high-resolution subsurface visualisation.
• The role of the Internet of Things (IoT) in real-time reservoir monitoring.
• Collaborative platforms for data sharing and knowledge management.
• The pivot of the oil and gas industry towards renewable energy integration.
• Decarbonisation strategies and the geoscientist’s role.
• Geothermal energy exploration and geoscience cross-disciplinarity.
• Water management in hydrocarbon production and hydraulic fracturing.
• Impact of geopolitics on the global energy landscape and exploration focus.