Booking options
€1,550
+ BTW
€1,550
+ BTWDelivered In-Person
5 days
All levels
This course develops the knowledge and decision-making skills required to operate (Level 3) and supervise or manage (Level 4) well intervention pressure control activities.
It builds on Level 2 and focuses on well integrity assurance, barrier management, pressure control methods, and response to abnormal situations.
The course is delivered through interactive lecturing supported by videos, animations, group discussions and exercises.
The two compulsory modules are:
Completions equipment
Completions operations
In addition, candidates must select at least one of the following three optional modules:
Wireline operations
Coiled tubing operations
Snubbing operations
Well intervention pressure control incidents
Impact on personnel, assets, environment, operations, and reputation
Well integrity requirements throughout the well life cycle
Annulus pressure monitoring and MAASP
Risk management principles and responsibilities
Checklists for well (pressure) control operations
Management of change (MOC)
Well (pressure) control drills
Well intervention pressure control training and assessment
Well handover and verification of well barrier status
Hydrostatic pressure and calculations
Tubing and annulus pressure differences
Formation pressure and fracture pressure
Formation injectivity tests
Primary well (pressure) control
Secondary well (pressure) control
Basic pressure, force, area, and volume calculations
Barrier philosophy in well intervention and completion operations
Well barrier elements and well barrier envelopes
Mechanical and hydrostatic barriers
Primary and secondary barrier terminology
Grouping barrier elements into barrier envelopes
Barrier management using blowout preventers (BOPs) and pressure control equipment (PCE)
Shearing devices and activation considerations
Non-shearable and non-sealable equipment across the BOP
Maintaining BOP and equipment integrity
Connections, elastomers, and BOP control systems
Verification of well barrier elements
Well barrier test documentation
Barrier element test steps and line-up
Actions following barrier test failure
Equipment certification and compatibility
Pressure control equipment (PCE) checks
PCE hydraulic hoses and fittings
Inflow testing principles and interpretation
Equipment integrity testing
Intervention BOP pressure and function testing
Integrity testing of specific barrier elements
Types of influx during completion operations
Basic gas law
Influx behaviour during circulation
Gas migration principles and effects on well pressures
Importance of shut-in procedures
Shut-in steps with and without tools in the well
Confirming the well is shut in
Pressure changes in a shut-in well
Opening valves under differential pressure
Safe removal (bleeding down) of hydrocarbons from PCE
Interpretation of shut-in pressures
Pressure gauge limitations and problems
Well kill methods and selection criteria
Forward circulation
Reverse circulation
Well kill calculations
Bullheading
Lubricate and bleed
Surface failures and prevention
Hydrates and associated risks
Purpose of a well completion
Preparing the well for completion
Pressure control function
Barrier elements
Pressure control function
Barrier elements and shearing devices
Tubing selection and movement
Flow coupling
The function of the SSSV and ASV
SSSV procedures and testing
Gas lift, circulation, equalisation, and chemical injection
Sliding sleeves
Circulation and flow control devices
Packers
Polished bore receptacle (PBR)
Extra-long tubing seal receptacle (ELTSR)
Landing nipples
Plugs
Wireline entry guides (WEG)
At least one optional module must be selected
Application and equipment
Pressure control and surface PCE stack
Primary and secondary barrier elements
Shearing devices
Pressure control principles
PCE rig-up and testing
Operational considerations
Controlled well shut-in
Loss of pressure control during operations
Application and equipment
Pressure control and surface PCE stack
Primary and secondary barrier elements
Shearing devices and other well control devices
Pressure control principles
PCE rig-up and testing
Operational considerations
Controlled well shut-in
Loss of pressure control during operations
Application and equipment
Pressure control and surface PCE stack
Primary and secondary barrier elements
Shearing devices and other well control devices
Pressure control principles
PCE rig-up and testing
Operational considerations
Controlled well shut-in
Loss of pressure control during operations
Level 3 operator training is recommended for any role that is expected to shut in a well such as a operators in completions, well-servicing or intervention operations.
Wireline, e-line, slickline operator
N2 operator
Wellhead / tree installation engineer
Hydraulic workover (snubbing) operator
Coiled tubing operator and equivalent positions in other well servicing or intervention operations
Well test operator
Well testing crew
Level 4 supervisor training is recommended for all roles that oversee well control operations, either on site, off site, in a remote operations control centre or office based, in completions, and interventions. This includes personnel involved in both planning and execution of operations.
Completion / workover / intervention supervisor or superintendent
Well-site completions / workover supervisor
Supervisors or crew chiefs for special service operations such as wireline, slickline and coiled tubing operations, which provide specific well control equipment for these activities
Office-based operational staff (e.g., senior completions / well intervention engineer, operational completions / well intervention engineer)
Well test supervisor
Offshore installation manager (OIM) for offshore units with a primary function for well intervention
Hydraulic workover (snubbing) supervisor
5 days
Candidates must complete written exams for two compulsory modules:
Completions equipment
Completions operations
They also take exams in the optional modules that have been selected, which may include:
Wireline operations
Coiled tubing operations
Snubbing operations
A minimum score of 70% is required in each exam to pass.
IWCF WIPC Level 3 and level 4 certificates are valid for 2 years.