Gain a comprehensive understanding of source control and emergency response with this course.
Delve into the fundamentals of source control, exploring its history, and grasping its crucial role in emergencies. Explore the operational methodologies and equipment used in response to a subsea well control event.
This course is ideal for anyone who would be required to undertake a role within a company's emergency response organisation involving subsea source control or anyone wishing to understand more about how source control takes place.
Throughout this course, you will gain knowledge and understanding in the following areas:
- Fundamental source control methodologies - recall objectives and tasks to establish a foundation for effective emergency management
- Historical context - gain insights into the evolution of source control and capping stacks, contextualising current practices and technologies
- Emergency organisation - appreciate the pivotal role of source control in crisis response and mitigation efforts within an emergency organisation
- Capping missions - acquire a detailed understanding of the five missions involved in capping a well, enhancing navigational and contributory abilities
- Containment operations - articulate and describe containment operations, mastering essential methodologies and techniques for effective source control
- Relief well planning - identify and address key considerations in planning relief well operations, ensuring a comprehensive understanding of this critical aspect.
This on-demand course can be taken at your own pace; the average time for completion is approximately 2 hours. This course is comprised of four modules.
Course Modules:
- Introduction to Source Control
- Basic Operational Methodology: Capping
- Basic Operational Methodology: Containment
- Basic Operational Methodology: Relief Well
Delivered through e-learning, you will have access to OSRL’s online Learning Management System (LMS). This innovative digital learning system allows you to conveniently manage your study time over single or multiple sessions.