Applied Deep-Water Sedimentology and Stratigraphy

Introduction

This course provides an in-depth exploration of the latest advancements in deep-water sedimentology and stratigraphy, with a focus on practical applications for the energy, mining, and environmental sectors. Participants will gain a comprehensive understanding of the processes, products, and implications of deep-water depositional systems, equipping them with the knowledge and tools to effectively explore, develop, and manage resources in these complex geological settings.

Objectives

• Demonstrate a thorough understanding of the key principles and concepts underpinning deep-water sedimentology and stratigraphy.
• Analyze and interpret the sedimentary facies, architectural elements, and depositional environments associated with deep-water depositional systems.
• Integrate deep-water sedimentological and stratigraphic data with other geological, geophysical, and engineering information to develop robust exploration and development models.
• Apply advanced techniques and technologies, such as seismic interpretation, core analysis, and numerical modeling, to characterize deep-water reservoirs and depositional systems.
• Recognize and mitigate the unique challenges and risks associated with deep-water exploration and development projects.
• Effectively communicate deep-water sedimentological and stratigraphic concepts to multidisciplinary teams and stakeholders.

Course Outline

Day 1: Introduction to Deep-Water Sedimentology and Stratigraphy

• Overview of deep-water depositional environments and processes.
• Tectonic and paleoceanographic controls on deep-water sedimentation.
• Principles of deep-water facies analysis and architectural element recognition.

Day 2: Deep-Water Clastic Depositional Systems

• Turbidity currents and associated deposits (e.g., turbidites, debris flows, hybrid beds).
• Submarine fans and their stratigraphic evolution.
• Channel-levee complexes, crevasse splays, and overbank deposits.

Day 3: Deep-Water Carbonate Depositional Systems

• Carbonate factory and platform-to-basin transitions.
• Slope and basin-floor carbonate depositional processes and facies.
• Contourite drifts, bottom currents, and associated deposits.

Day 4: Integrating Deep-Water Data and Interpretations

• Seismic facies analysis and seismic geomorphology.
• Core analysis, well logs, and integrated reservoir characterization.
• Numerical modeling of deep-water depositional systems.

Day 5: Applications and Case Studies

• Exploration and development of deep-water hydrocarbon reservoirs.
• Deep-sea mining and seafloor massive sulfide deposits.
• Deep-water environmental monitoring and habitat assessment.