Managed Pressure Drilling (MPD) Technologies and Operations

The increasing complexity of exploration and production environments has made conventional drilling methods insufficient for many of today’s unpredictable subsurface challenges. Narrow pressure windows, depleted reservoirs, high-pressure high-temperature (HPHT) conditions, and environmental regulations require drilling systems that offer greater precision and control. Managed Pressure Drilling (MPD) has therefore become a critical enabler of drilling success, reducing operational risk while enhancing wellbore stability and overall drilling performance. This Managed Pressure Drilling Training Course provides participants with a comprehensive understanding of MPD concepts, system components, and operational practices essential for modern drilling operations.

Through a structured approach to pressure management, the course examines the engineering logic behind MPD, its classifications, and its integration into real-world well environments. Participants will learn how MPD enhances operational efficiency, minimizes non-productive time, and reduces formation damage by maintaining tight control over wellbore pressure. Insights into rotating control devices (RCDs), choke systems, automated controls, and closed-loop drilling provide delegates with practical knowledge needed to manage dynamic well conditions confidently.

Designed to bridge the gap between theoretical understanding and field execution, this MPD Technologies and Operations Training Course empowers drilling teams to adopt safer, more efficient drilling practices and elevate operational decision-making across the well lifecycle.

Technical competencies and operational insights participants will develop throughout the course. The emphasis is on enabling drilling professionals to apply MPD methodologies effectively in diverse field environments.

By the end of this MPD Technologies Training Course, participants will be able to:

• Understand the fundamental principles and classifications of Managed Pressure Drilling
• Evaluate and operate MPD systems and their mechanical and automated components
• Design appropriate pressure control strategies for varying reservoir conditions
• Apply MPD to manage well control challenges such as kicks and loss circulation
• Integrate MPD modeling tools and real-time monitoring systems into decision-making
• Assess geological conditions to determine MPD feasibility
• Analyze case studies to identify operational risks and best practices
• Strengthen well integrity and drilling performance through MPD deployment

This Managed Pressure Drilling Training Course is particularly beneficial for professionals involved in complex or high-risk drilling operations. It is highly valuable for:

• Drilling Engineers and Drilling Supervisors
• Well Control Engineers and Specialists
• Toolpushers and Rig Managers
• Mud Engineers and Drilling Fluid Specialists
• MPD and Pressure Control Technicians
• Wellsite Operations Coordinators
• Professionals involved in HPHT, underbalanced, or technically challenging wells

These roles will gain the advanced knowledge required to apply MPD techniques effectively and enhance drilling safety, efficiency, and operational performance.

Participants will engage in a blended learning experience that includes instructor-led presentations, system schematics, and practical demonstrations. Real-time problem-solving exercises and scenario-based activities simulate actual operational decisions, deepening understanding of pressure control principles. Case studies featuring global MPD applications provide additional context on system behavior and performance under challenging drilling conditions.

The course methodology includes:

• Expert-led presentations supported by real-world MPD visuals
• Practical exercises on pressure evaluation and kick detection
• Group discussions and scenario-based learning
• Case studies illustrating MPD success and operational failures
• Interactive Q&A sessions to reinforce understanding

This structured and engaging approach ensures participants gain confidence in MPD operations and can apply newly learned techniques effectively in field environments.