Well Completion & Workover
إكمال الآبار وإعادة تأهيلها
- Next date
- 22–26 March 2027Berlin
- Fees from
- £2,950per delegate
- Formats
- Classroom · Online5 sessions
- Duration
- 5 daysCertificate
Overview
A well is only as good as its completion. The choices made when the well is completed, from tubing size and packer type to perforation strategy and sand control, decide how much it will produce, how long it will last and how easily it can be repaired. This course covers those choices in a structured way. Participants review completion types and the equipment that makes them up, learn how to size tubing and select materials for corrosive service, and examine perforating and stimulation methods. The second half of the week turns to workover operations: why wells need intervention, how rigless and rig-based workovers are planned, and how well barriers are maintained throughout. The emphasis throughout is on safe, cost-effective decisions supported by sound engineering.
Objectives
- Compare completion types and select one suited to reservoir and production conditions
- Identify completion equipment and describe its function
- Size production tubing and select tubing materials
- Design a basic perforation strategy
- Explain sand control options and their selection criteria
- Plan rigless and rig-based workover operations
- Apply well barrier principles during completion and workover
Who should attend
Completion, drilling and production engineers, well intervention and workover supervisors, wellsite representatives, and petroleum engineers who take part in completion design or well repair decisions.
Training methodology
Engineering principles are presented with equipment photographs, schematics and short videos so that participants can relate each component to the wellsite. Worked calculations on tubing sizing, perforating and workover fluids are completed individually and checked in pairs. Groups design a completion for a sample well and plan a workover for a failed one, then review each other's work. Real failure cases are discussed throughout, and a written assessment closes the course.
Programme outline
Day1Completion Concepts
- Objectives of well completion
- Open-hole and cased-hole completions
- Single, dual and multi-zone completions
- Reservoir and production inputs to design
- Completion design process and responsibilities
- Well barrier philosophy
- Practical exercise: choosing a completion type
Day2Completion Equipment and Tubing
- Tubing sizing and performance
- Tubing materials and corrosion resistance
- Packers and anchors
- Subsurface safety valves
- Nipples, sliding sleeves and flow control devices
- Tubing stress and movement basics
- Practical exercise: sizing production tubing
Day3Perforating, Stimulation and Sand Control
- Perforating guns and charges
- Underbalanced and overbalanced perforating
- Perforation design for productivity
- Matrix stimulation overview
- Hydraulic fracturing overview
- Sand control: screens, gravel packs and frac packs
- Practical exercise: designing a perforation programme
Day4Workover Planning
- Why wells fail and need intervention
- Workover candidate selection
- Rigless intervention: wireline, coiled tubing and snubbing
- Rig workovers and killing the well
- Workover and completion fluids
- Fishing and milling basics
- Practical exercise: planning a workover
Day5Execution, Integrity and Economics
- Completion running procedures
- Pressure testing and barrier verification
- Well integrity during workover
- Cost estimation and economic justification
- Lessons learned from completion failures
- Integrated case study
- Final assessment
Dates and fees
Fees are in GBP. per delegate.
Certificate
Every delegate who attends the full programme receives a Harfard Technology certificate of completion stating the course title, duration, dates and venue.
Frequently asked questions
Will I receive a certificate?
What is the difference between classroom and online?
Can you run this course for our company?
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