Well Integrity Management
- Draw a well barrier schematic identifying primary and secondary barrier envelopes for a producing well.
- Calculate MAASP for each annulus and set operating and alarm limits.
- Diagnose sustained casing pressure using bleed-down and build-up test data.
- Classify wells into risk categories and define the required actions and review frequency for each.
- Specify a testing and inspection schedule for SSSVs, wellhead valves and annuli.
- Evaluate corrosion and cement logs to support decisions on workover or abandonment.
- Well Integrity Principles and Governance
- Life cycle approach from design to abandonment
- Roles, responsibilities and management system elements
- ISO 16530 and NORSOK D-010 frameworks
- Well Barriers
- Barrier elements and acceptance criteria
- Well barrier schematics for different well types
- Barrier verification and testing
- Annulus Management
- Annulus pressure monitoring and trending
- MAASP calculation and operating envelopes
- Sustained casing pressure diagnosis
- Integrity Threats and Evaluation
- Corrosion, erosion and scale
- Casing and tubing inspection logs
- Cement bond evaluation and remediation
- Surface and Subsurface Safety Equipment
- Wellhead and Christmas tree maintenance
- SSSV and valve leak testing
- Injection and gas lift well specific issues
- Risk-Based Well Categorisation and Reporting
- Well status categories and required actions
- Integrity data management and KPIs
- Workover, suspension and abandonment decisions
الحصول على الكتيب
للحصول على كتيب بكامل محتويات الدورة برجاء ملء النموذج التالي ببياناتك الصحيحة

Program Professional Framework
Well Integrity Management
Program Overview
Loss of well integrity can lead to uncontrolled releases, environmental damage and lost production, and ageing well stocks in the Gulf make systematic control essential. This programme covers the full well life cycle: barrier philosophy and well barrier schematics, annulus pressure monitoring and MAASP calculation, sustained casing pressure diagnosis, corrosion and cement evaluation, valve and wellhead testing, risk-based categorisation of wells and governance aligned with ISO 16530 and NORSOK D-010. Participants learn to build and run a practical integrity programme for producing and injection wells.
Learning Outcomes
- ✓Draw a well barrier schematic identifying primary and secondary barrier envelopes for a producing well.
- ✓Calculate MAASP for each annulus and set operating and alarm limits.
- ✓Diagnose sustained casing pressure using bleed-down and build-up test data.
- ✓Classify wells into risk categories and define the required actions and review frequency for each.
- ✓Specify a testing and inspection schedule for SSSVs, wellhead valves and annuli.
- ✓Evaluate corrosion and cement logs to support decisions on workover or abandonment.
Target Audience
- Well integrity engineers and focal points
- Production and completion engineers
- Drilling and workover engineers
- Asset integrity and HSE managers in upstream operations
Detailed Program Modules
01Well Integrity Principles and Governance
- Life cycle approach from design to abandonment
- Roles, responsibilities and management system elements
- ISO 16530 and NORSOK D-010 frameworks
02Well Barriers
- Barrier elements and acceptance criteria
- Well barrier schematics for different well types
- Barrier verification and testing
03Annulus Management
- Annulus pressure monitoring and trending
- MAASP calculation and operating envelopes
- Sustained casing pressure diagnosis
04Integrity Threats and Evaluation
- Corrosion, erosion and scale
- Casing and tubing inspection logs
- Cement bond evaluation and remediation
05Surface and Subsurface Safety Equipment
- Wellhead and Christmas tree maintenance
- SSSV and valve leak testing
- Injection and gas lift well specific issues
06Risk-Based Well Categorisation and Reporting
- Well status categories and required actions
- Integrity data management and KPIs
- Workover, suspension and abandonment decisions
Training Methodology
Applied Project & Assessment
Applied Project
Participants prepare an integrity review for a case well with annulus pressure anomalies: barrier schematic, MAASP calculations, interpretation of bleed-down data, risk category assignment and a prioritised remediation and monitoring plan.
Assessment
Short diagnostic at the start, practical tasks linked to each learning outcome, and evaluation of the applied project against published criteria.


