Course Overview
This comprehensive professional development program is designed for Personnel whose duties could indirectly impact well control, Employees belonging to the wellsite operations team, Employees of services companies operating equipment at the wellsite, Supervisors with direct duties of well control assurance, Quality coaching personnel with duties of follow up to training and competence for operational crews, and Employees and Engineers at decision-making level in wellsite operations responsible for implementing well control across drilling and workover and completions and deepwater and HPHT and MPD operations in multi-organizational contexts. The program addresses proven practices in well-control barrier management and incident prevention, role-specific well-control training and scenario-based team exercises, and kick-response procedures in complex and MPD operations where the National Academy of Engineering’s review of the Macondo well blowout concluding that a series of poor decisions and weak safety culture and inadequate recognition of abnormal well conditions led to loss of well control and catastrophic consequences and explicitly calling for stronger well-control training and better risk awareness and improved management systems, the IOGP Report 476 providing recommendations for improvements to current well-control training and examination and certification processes with particular emphasis on detection and immediate response to minimize well influxes and training concerning risk awareness and risk management specific to maintaining well control, and LSU research simulating gas kicks during Managed Pressure Drilling operations and evaluating alternative initial responses including simple shut-in and MPD pump shutdown with choked flow check in full-scale experiments and computer simulations across multiple well configurations.
The curriculum integrates Well Control Overview, Pressure Concepts and Math Calculations, Gas PVT and Properties, Well Planning, Kick Fundamentals, Well Control Principles, High Preparedness Well Activities, Well Control Equipment, Subduing Kicks, Killing Methods, Well Control Scenarios, Special Cases to Review, Knowledge Sharing, and Soft Skills to provide comprehensive coverage of well-control principles, killing methodology frameworks, and BOP and barrier management integration domains for achieving well control excellence.
Why This Course Is Required?
Well-control barrier management and incident prevention represent critical competencies where the NAE committee concluded that the actions and policies and procedures of the corporations involved did not provide an effective system safety approach commensurate with the risks of the Macondo well with the lack of a strong safety culture resulting from a deficient overall systems approach to safety evident in the multiple flawed decisions that led to the blowout, with industrial management involved with the Macondo well Deepwater Horizon disaster failing to appreciate or plan for the safety challenges presented, and with the extent of training of key personnel and decision makers in industry being inconsistent with the complexities and risks of deepwater drilling. Role-specific well-control training and scenario-based team exercises demand specialized knowledge where IOGP Report 476 states that the E&P industry must strive to consistently improve well control competency of personnel involved with all oil and gas well operations throughout the world and that for well operations involving drilling and completion and well intervention process safety means well control, with the report placing particular emphasis on detection and immediate response to minimize well influxes and training concerning risk awareness and risk management and elements of Human Factors and Crew Resource Management and Non-Technical Skills being introduced within well control training. Kick-response procedures in complex and MPD operations require professionals with advanced well-control expertise where LSU research confirms that MPD has been shown to be successful in wells where kicks and lost returns and ballooning and wellbore instability cause excessive NPT, with the study evaluating proposed procedures for two non-circulating kick responses and confirming applicability with both full-scale experiments and simulations covering a wide range of well conditions including hole sizes from 6 in. to 12.25 in. with kicks simulated for total pit gains of 2, 10, and 20 bbl.
Well control professionals must master well-control overview fundamentals including why well control is important and industry recommended practices and standards and bulletins and risk awareness and risk management and contingency planning and well control risk profile during well life and management of change and barrier philosophy and well integrity through the well life cycle and learning from incidents, understand comprehensive pressure and gas and planning frameworks including pressure fundamentals and volume calculations and hydrostatic and formation pressure and overpressure and equivalent mud weight and equivalent circulating density and maximum well pressure limits and MAASP and gas PVT including Boyle’s law and gas migration and expansion and gas effect on hydrostatics and formation strength and leak-off and formation integrity tests and fracture pressure and safe mud-weight window, and apply proper kick subduing and killing methods including detection and containment and pre-operations before well kill and gas migration considerations and sustaining constant downhole pressure and bullheading and volumetric technique and dynamic lubrication and constant bottomhole pressure and Driller method and Wait and Weight method to ensure organizations achieve superior well-control barrier management and incident prevention, enhanced role-specific well-control training and scenario-based team exercises, improved kick-response procedures in complex and MPD operations, and competitive advantage through continuous well monitoring and early kick detection and barrier verification governance protocols.
Research demonstrates training is crucial for success, with Macondo investigations highlighting that many individuals on the rig did not fully appreciate the implications of abnormal test results and mud losses and other early indicators of loss of well control with NAE committee finding that loss of well control was not noted until more than 50 minutes after hydrocarbon flow from the formation started and that the BOP system was neither designed nor tested for the dynamic conditions that most likely existed at the time that attempts were made to recapture well control, while IOGP training-enhancement report noting that well-control training should foster barrier-integrity thinking and strong monitoring habits and the confidence to shut in when in doubt and that training should help foster a culture not to ignore anomalies and if in doubt shut in with well-control training communicating a strong message that if a well is suspected to be flowing unintentionally the immediate response is to shut in the well then investigate rather than investigate then shut in, and LSU simulation-based study showing simple shut-in can be applied rapidly typically in less than one minute and MPD pump shutdown with choked flow check response allows checking for flow during MPD operations without letting bottomhole pressure drop significantly below the intended pressure.
Course Objectives
Upon successful completion, participants will have demonstrated mastery of:
- Getting a broad knowledge of Well Control principles and domain
- Practical competence required to apply these fundamentals to tackle most well control situations faced in live duties
- Understanding the cornerstone of Well Control
- Acquiring and developing specific well control knowledge according to the responsibility assigned on duties
- Full grasp of how well integrity is maintained throughout every cycle of the well until completed
- Being aware of Management of Change
- Knowing and practicing well control risk awareness and assessment in tasks assigned
- Being aware of operational ranges and limitations for each equipment being part of well control
- Cultivating a culture not to shut eyes to lack of certainty in the middle of an abnormal situation—rather shut well in
- Strengthening early kick detection and shut-in response skills to recognize warning signs, close the well promptly, and prevent escalation to a blowout
- Integrating technical well control knowledge with human-factor skills such as situational awareness, communication, and teamwork to reduce the likelihood of Macondo-type failures
Master well control excellence and drive barrier integrity and kick-response optimization success. Enroll today to become a Certified Well Control Professional!
Training Methodology
This interactive Certificate in Well Control Training program comprises the following training methods:
The training framework includes:
- Role-specific training levels tailored to the audience addressing individual needs
- Direct learning experiences as main factor to attain comprehension and further knowledge
- Group-based collaborative learning within a promotive learning workplace
- Character-switch exercises that encourage active participation when reaching milestones
- Drills and shut-in exercises and kill-method worksheets
- Scenario-based exercises practicing recognition of anomalies, shut-in procedures, and kill execution
- Well control simulator and desktop exercises and scenario-based discussions with rig crews
- Formal debriefing sessions following drills and events to improve team response and detection awareness
This immersive approach fosters practical skill development and real-world application of well control principles through comprehensive coverage of pressure concepts and barrier management and BOP operations and killing methodology domains with emphasis on measurable risk reduction and early kick detection and human-factor skill improvement.
This program follows the Do-Review-Learn-Apply model, creating a structured learning journey that transforms traditional well-site approaches into professional well control excellence.
Who Should Attend?
This Well Control Training Course is designed for:
- Personnel whose duties could indirectly impact well control
- Employees belonging to the wellsite operations team
- Employees of services companies operating equipment at the wellsite
- Supervisors with direct duties of well control assurance
- Quality coaching personnel with duties of follow up to training and competence for operational crews
- Employees and Engineers at decision-making level in wellsite operations
Organizational Benefits
Organizations implementing well control training will benefit through:
- Significantly enhanced well-control barrier management and incident prevention through comprehensive training delivering measurable returns where NAE committee recommendations state that industry should greatly expand R&D efforts focused on improving overall safety of offshore drilling and that industry and BSEE and other regulators should undertake efforts to expand significantly the formal education and training of personnel engaged in offshore drilling to support proper implementation of system safety and should foster an effective safety culture through consistent training and adherence to principles of human factors and system safety and continued measurement through leading indicators exactly what training teaches
- Better role-specific well-control training and scenario-based team exercises through IOGP Report 476 showing that scenario-based well control training can enhance an Operations Team’s ability to quickly recognize and mitigate well control events effectively and safely and that this method of learning normally in a team is especially valuable when coupled with theory-based training and assessment with scenario-based training being of most benefit when entire rig or intervention teams can be trained together for their specific well challenges and particularly for complex wells such as narrow margin wells and high pressure high temperature wells as organizational benefits highlighted in training
- Improved kick-response procedures in complex and MPD operations through LSU study confirming applicability of both simple shut-in and MPD pump shutdown with choked flow check procedures with full-scale experiments and simulations covering wide range of well conditions and showing that all simulations were run successfully and demonstrated that bottomhole pressure was kept relatively constant using the proposed post-kick pump startup schedule and procedure validating course content
- Strengthened competitive advantage through making participants knowledgeable on prevention measures and detection of well control events and well control parameters in order to react adequately to challenging situations at the wellsite, with employees exposed to this training helping the organization improve its capability to reach operational efficiency goals and meet safety standards, and boosting culture of risk awareness with crews and performing risk prevention mitigation planning and familiarizing crews with the Management of Change process
Studies show that organizations implementing comprehensive well control training achieve significantly enhanced delivery outcomes as research confirms the NAE committee finding that the actions and policies and procedures of the corporations involved did not provide an effective system safety approach and that the lack of a strong safety culture resulting from a deficient overall systems approach to safety was evident in multiple flawed decisions with committee recommending that industry should foster an effective safety culture through consistent training and adherence to principles of human factors reinforcing course’s emphasis on barrier management and risk assessment and management of change and soft skills, better organizational outcomes through IOGP evidence demonstrating that training should promote understanding of optimism bias and a false sense of security with the recommendation that instead personnel be vigilant and thorough in monitoring and detecting and responding and that there should be a strong emphasis placed on how deviations from the plan or changes to the process are to be managed through an appropriate Management of Change process with all applicable risks considered and managed accordingly, and improved competitive positioning as scenario-based well control training using simulators and desktop exercises creates opportunities for organizations to have drilling crews better prepared to cope with undesirable pressure events and safely control them more effectively by putting into practice the training received.
Empower your organization with well control expertise. Enroll your team today and see the transformation in barrier integrity and kick-response optimization!
Personal Benefits
Professionals implementing well control training will benefit through:
- Deeper understanding of kick-indicator recognition and early-warning response through Macondo investigations highlighting that many individuals on the rig did not fully appreciate the implications of abnormal test results and mud losses and other early indicators of loss of well control with deeper understanding of pressure calculations and gas behavior and kick detection and well control principles helping professionals recognize warning signs earlier and respond more confidently and correctly in real operations
- Enhanced barrier-integrity mastery and situational-awareness development through IOGP training-enhancement report noting that well-control training should foster barrier-integrity thinking and strong monitoring habits and the confidence to shut in when in doubt and that scenario-based team training develops communication and teamwork and stress-management skills with dedicated soft-skills module alongside scenario modules on special cases and knowledge sharing directly supporting personal development as a safer and more assertive and more effective well-control practitioner
- Stronger MPD-kick-dynamics mastery and complex-well technical insight through simulation-based study of kick responses during MPD showing how different response procedures including when to stop pumps and close chokes and adjust back-pressure change the evolution of casing pressure and bottomhole pressure during a gas influx with understanding of this dynamic behavior as well as special cases like MPD and HPHT and horizontal wells giving technical insight to apply appropriate procedures in complex wells improving professional confidence and value to the organization
- Advanced expertise in well control principles, pressure-calculation methodologies, and BOP and barrier management integration domains
- Enhanced career prospects and marketability in drilling engineering, well-site operations, well-control supervision, and completions and workover sectors with professionals gaining skills in kick detection, kill-method selection, BOP operation, and HPHT and MPD well-control procedures
- Ability to enjoy better job security and career boost through having more technical tools and soft skills at disposal to keep adding value to the organization
- Skills to recognize why appropriate well design is key for well control safety and properly perform well control responsibilities upon culmination of course
- Knowledge to eagerly engage with all supportive personnel working to maintain well control
Course Outline
The course covers the main aspects of well control which are needed for participants to develop knowledge and practice skills. The content to be dealt with are:
Module 1: Well Control Overview
- Why it is very important?
- Industry recommended Practices, Standards and Bulletins
- Risk Awareness
- Risk Management and Contingency Plan
- Well control risk profile during well life
- Management of Change
- Barrier philosophy and well integrity through the well life cycle
- Learning from incidents (e.g., Macondo) and applying lessons
Module 2: Pressure Concepts and Math Calculations
- Pressure fundamentals
- Volume Calculations
- Hydrostatic, Formation Pressure and Overpressure
- Equivalent mud weight
- Equivalent circulating density
- Maximum well pressure limits
- Bottomhole pressure concepts and safety margins (MAASP)
- Use of pressure worksheets and cross‑checks
Module 3: Gas PVT and Properties
- Boyle law for Gas
- Gas migration and Expansion
- Gas effect on Hydrostatics
- Compressibility effects on gas
- Solubility of gas in mud
- Surface and downhole behaviour of gas in kicks
- Practical implications for shut‑in pressures and kill plans
Module 4: Well Planning
- Formation Strength
- Leak off and Formation Integrity Tests
- Fracture Pressure
- Safe mud‑weight window and casing‑setting depth selection
- Incorporating well control scenarios into the well plan
Module 5: Kick Fundamentals
- Definitions
- Causes
- Detection
- Early warning signs and monitoring best practices
- Crew responsibilities when a kick is suspected
Module 6: Well Control Principles
- Primary Well Control
- Tripping practices
- Drilling Fluids
- Secondary Well control
- Tertiary Well control
- Barrier verification and testing routines
- Overview of deepwater and MPD well control considerations
Module 7: High Preparedness Well Activities
- Flow checks
- Well control drills
- Shut in
- Well Monitoring
- Tripping
- Stripping operations
- Reaction to circulation loss
- Shallow gas
- Standardised shut‑in procedures for various situations
- Documentation and debriefing after drills and events
Module 8: Well Control Equipment
- BOP
- Ancillary Equipment
- BOP activation unit
- Testing and completion equipment
- Equipment requirement
- Inspection, maintenance and test frequency requirements
- Equipment limitations and failure modes
Module 9: Subduing kicks
- Detection and containment
- Pre operations before well kill
- Gas migration consideration
- Sustaining constant downhole pressure
- Maximum allowable surface pressure
- Mud gas separator
- Monitoring and interpreting shut‑in and circulating pressures
- Common operational pitfalls during kill operations
Module 10: Killing Methods
- Aim of killing techniques
- Bullheading
- Volumetric technique
- Dynamic Lubrication
- Constant bottom hole pressure
- Driller method
- Wait and weight method
- Calculation worksheet
- Selecting an appropriate kill method for the situation
- Verification of kill success and post‑kill checks
Module 11: Well Control Scenarios
- Difficulties
- Particular cases
- Subsea operations
- Deep water
- Human‑factor challenges in complex well control events
- Use of simulators and scenario training
Module 12: Special Cases to Review
- High temperature and pressure well
- H2S & CO2 operations
- Horizontal well
- Underbalance drilling
- Stripping
- Casing operations
- Cement operations
- Flawed kick indications
- New resources and technology
- Additional barriers and precautions for sour‑gas and HPHT wells
- Interface with managed‑pressure drilling (MPD) practices
Module 13: Knowledge Sharing
- Macondo
- String thrown up due to bullheading
- Kick during MPD
- Kick incurs into complex well control
- Wrong calculation leads to gas migration
- Structured “lessons learned” and reporting process
- Translating case histories into local procedures and checklists
Module 14: Soft Skills
- Situational awareness
- Teamwork
- Communication
- Stress handling
- Leadership and decision‑making under pressure
- Effective use of alarms, briefings, and handovers during well control
Real World Examples
Macondo (BP, Transocean, Halliburton) – Loss of well control and lessons learned
Implementation: The NAE committee examined the Macondo well Deepwater Horizon blowout where the Macondo well located approximately 50 miles off the coast of Louisiana was intended as an exploratory well drilled to assess the presence of extractable hydrocarbons with the well originally planned for a total depth of 19,650 feet with a decision made in early April 2010 to halt drilling at a total depth of 18,360 feet and prepare the well for temporary abandonment. The decision to proceed to displacement of drilling mud by seawater was made despite a failure to demonstrate the integrity of the cement job even after multiple negative pressure tests being but one of a series of questionable decisions in the days preceding the blowout that evidenced a lack of safety-driven decision making, with the approach chosen for well completion failing to provide adequate margins of safety and leading to multiple potential failure mechanisms. The loss of well control was not noted until more than 50 minutes after hydrocarbon flow from the formation started and attempts to regain control by using the BOP were unsuccessful with the blind shear ram failing to sever the drill pipe and seal the well properly and the emergency disconnect system failing to separate the lower marine riser from the Deepwater Horizon, leading to the deaths of 11 workers and serious injuries to 16 others with the Deepwater Horizon rig sinking roughly 36 hours later and nearly 5 million barrels of oil released into the Gulf of Mexico.
Results: The NAE committee developed recommendations including that industry should greatly expand R&D efforts focused on improving overall safety of offshore drilling and that industry and regulators should undertake efforts to expand significantly the formal education and training of personnel engaged in offshore drilling to support proper implementation of system safety and should foster an effective safety culture through consistent training and adherence to principles of human factors. Results confirmed that well-control knowledge gaps and poor risk awareness and a weak safety culture all contributed to the disaster, driving industry recommendations that echo this course’s focus on barrier management and risk assessment and management of change and equipment understanding and learning from incidents including Macondo-style case reviews in Module 13.
IOGP – Recommendations for enhanced well-control training
Implementation: The International Association of Oil and Gas Producers issued IOGP Report 476 providing recommendations for improvements to current well-control training and examination and certification processes, with the second edition placing particular emphasis on detection and immediate response to minimize well influxes or well integrity failure and training concerning risk awareness and risk management specific to maintaining well control and role-specific Levels 1 through 5 training and elements of Human Factors and Crew Resource Management and Non-Technical Skills being introduced within well control training. The report defined five role-specific training levels from Level 1 All Personnel Training through Level 5 Engineer and Approving Authority training with each level specifying learning outcomes and repeat frequency and learning method and formal assessment requirements, with Level 3 Equipment Operator training requiring classroom-based training including scenario-based exercises enabled by simulation every two years and Level 4 Supervisor training requiring skills to anticipate and plan and oversee and verify. The report specifically advocated scenario-based training that can be applied to benefit both the drilling and completion and well intervention communities and can enhance an Operations Team’s ability to quickly recognize and mitigate well control events effectively and safely, recommending that Drilling Well on Simulator and Complete Well on Simulator events create highly realistic and challenging scenarios that allow teams to practice technical knowledge and procedural compliance and develop knowledge of Human Factors and the application of CRM skills.
Results: IOGP Report 476 established that training should help foster a culture not to ignore anomalies and if in doubt shut in with well-control training communicating a strong message that if a well is suspected to be flowing unintentionally the immediate response is to shut in the well then investigate the potential influx or anomaly rather than investigate then shut in, and that training should promote understanding of optimism bias and a false sense of security instead recommending vigilance and thoroughness in monitoring and detecting and responding. Results directly reflected this course’s structure of drills and shut-in exercises and kill-method worksheets and scenario modules covering special cases and complex well-control situations, demonstrating how structured role-specific well-control training like this course directly supports operators in reducing the frequency and severity of incidents while meeting industry expectations and regulatory scrutiny.
Managed Pressure Drilling – Simulated kick response behavior
Implementation: A study reported by Drilling Contractor from Louisiana State University simulated gas kicks during Managed Pressure Drilling operations using constant bottomhole pressure method and evaluated alternative initial responses including simple shut-in and MPD pump shutdown with choked flow check procedures, with two approaches used to evaluate and confirm applicability: computer simulations and full-scale experiments in LSU Well #2 a 5,884-ft deep vertical well with three well scenarios representing hole sizes from 6 in. to 12.25 in. with kicks simulated for total pit gains of 2, 10, and 20 bbl and three levels of circulating underbalance. The research defined two non-circulating responses as preferable: simple shut-in which can be applied rapidly typically in less than one minute and which can provide a shut-in casing pressure as basis for a pump startup schedule, and MPD pump shutdown with choked flow check which allows checking for flow during MPD operations without letting bottomhole pressure drop significantly below the intended pressure and which can be used to detect or confirm and then shut in low feed-in rate kicks that cannot be detected conclusively during circulation. Full-scale experiments confirmed that bottomhole pressure was kept essentially constant during pump startup and pump shutdown for routine operations and that the post-kick pump startup schedule successfully maintained bottomhole pressure relatively constant during pump startups for kick circulation, with experimental results from the test well compared with computer simulations showing that although the time response of casing pressure in simulation was not an exact match to experiment both the trends and magnitude of the response to choke manipulation were similar.
Results: All simulations for three well scenarios and multiple pit gains and circulating underbalance levels were run successfully demonstrating that bottomhole pressure was kept relatively constant using the proposed post-kick pump startup schedule and procedure, with the study confirming applicability of these methods with both full-scale experiments and simulations covering a wide range of well conditions. Results underlined why well-control personnel must understand both traditional and MPD-specific kick-handling techniques, with the conclusions showing that the selection of the initial response should consider the certainty of the well control event and the equipment available onsite, topics that this course addresses in its modules on high-preparedness activities and killing methods and complex operations like underbalanced and MPD wells.
Be inspired by leading well control achievements. Register now to build the skills your organization needs for barrier integrity and kick-response optimization excellence!
