Coiled Tubing Well Intervention (Basic)
- Identify the main components of a coiled tubing unit and explain their functions.
- Describe the well control barrier arrangement for a live-well coiled tubing operation.
- Explain the causes of tubing fatigue and the role of fatigue tracking in string management.
- Calculate basic weight, buckling indication and pump rate parameters for a cleanout job.
- Outline the procedure for common jobs including fill cleanouts, nitrogen kick-off and acid placement.
- Apply job safety analysis and pre-job checks to a coiled tubing rig-up.
- Introduction to Coiled Tubing Intervention
- Applications and advantages over rig interventions
- Typical job types in producing fields
- Roles of the wellsite team
- Surface Equipment
- Reel, injector head and gooseneck
- Power pack, control cabin and data acquisition
- Rig-up arrangements onshore and offshore
- Pressure Control and Well Barriers
- Stripper and BOP stack configuration
- Barrier philosophy for live-well operations
- Pressure testing and emergency procedures
- Tubing and Downhole Tools
- Tubing grades, dimensions and fatigue
- Connectors, check valves and motors
- Nozzles and basic tool strings
- Common Operations
- Fill and sand cleanouts
- Nitrogen kick-off and unloading
- Acid placement and tool conveyance
- Job Planning and Safety
- Basic force, buckling and hydraulic calculations
- Job safety analysis and pre-job checks
- Reporting and post-job review
الحصول على الكتيب
للحصول على كتيب بكامل محتويات الدورة برجاء ملء النموذج التالي ببياناتك الصحيحة

Program Professional Framework
Coiled Tubing Well Intervention (Basic)
Program Overview
Coiled tubing allows live-well interventions without a rig, making it a core tool for cleanouts, stimulation, nitrogen lifting and logging in producing fields. This introductory course explains the equipment, including the reel, injector head, stripper, BOP stack and power pack; tubing properties, fatigue and string management; pressure control and well barriers; and the most common applications such as fill cleanouts, nitrogen kick-off, acid placement and tool conveyance. Participants learn the basic calculations and safe operating practices expected of wellsite crews in Gulf onshore and offshore operations.
Learning Outcomes
- ✓Identify the main components of a coiled tubing unit and explain their functions.
- ✓Describe the well control barrier arrangement for a live-well coiled tubing operation.
- ✓Explain the causes of tubing fatigue and the role of fatigue tracking in string management.
- ✓Calculate basic weight, buckling indication and pump rate parameters for a cleanout job.
- ✓Outline the procedure for common jobs including fill cleanouts, nitrogen kick-off and acid placement.
- ✓Apply job safety analysis and pre-job checks to a coiled tubing rig-up.
Target Audience
- Junior well intervention and production engineers
- Coiled tubing operators and helpers
- Wellsite supervisors new to coiled tubing
- Production operators supporting intervention activities
Detailed Program Modules
01Introduction to Coiled Tubing Intervention
- Applications and advantages over rig interventions
- Typical job types in producing fields
- Roles of the wellsite team
02Surface Equipment
- Reel, injector head and gooseneck
- Power pack, control cabin and data acquisition
- Rig-up arrangements onshore and offshore
03Pressure Control and Well Barriers
- Stripper and BOP stack configuration
- Barrier philosophy for live-well operations
- Pressure testing and emergency procedures
04Tubing and Downhole Tools
- Tubing grades, dimensions and fatigue
- Connectors, check valves and motors
- Nozzles and basic tool strings
05Common Operations
- Fill and sand cleanouts
- Nitrogen kick-off and unloading
- Acid placement and tool conveyance
06Job Planning and Safety
- Basic force, buckling and hydraulic calculations
- Job safety analysis and pre-job checks
- Reporting and post-job review
Training Methodology
Applied Project & Assessment
Applied Project
Participants prepare a basic job programme for a fill cleanout or nitrogen kick-off on a provided well, including the equipment list, a barrier diagram, pump schedule, key calculations and a job safety analysis.
Assessment
Short diagnostic at the start, practical tasks linked to each learning outcome, and evaluation of the applied project against published criteria.
