Course Content

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City	Date	Duration	Price	Status
TunisTunis	September 19, 2026	7 days	€4,400	Confirmed date
OnlineOnline	September 21, 2026	7 days	€2,400	Confirmed date
DubaiUnited Arab Emirates	September 26, 2026	7 days	€4,400	Confirmed date
ParisFrance	October 28, 2026	7 days	€4,900	Confirmed date
LondonUnited Kingdom	November 3, 2026	7 days	£4,800	Confirmed date
SingaporeSingapore	November 14, 2026	7 days	€5,100	Confirmed date

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Course Information

Duration

1 Weeks

Introduction

Pressure equipment integrity management is a critical leadership discipline that protects people, assets, and business continuity by ensuring pressure vessels, piping, relief systems, and associated safeguards perform reliably throughout their lifecycle. In modern organizations, executives and technical leaders are expected to translate integrity risks into clear priorities, measurable actions, and accountable governance that withstands operational pressure, schedule constraints, and competing capital demands. This course delivers a strategic, practical approach to preventing loss of containment through disciplined identification of credible damage mechanisms, fit-for-service decision making, risk-based planning, inspection effectiveness, and robust management of change. Participants will learn how to set specific performance targets, align cross-functional roles, and implement controlled work processes that drive predictable outcomes in safety, reliability, and cost. The program addresses real-world challenges such as aging assets, corrosion uncertainty, documentation gaps, contractor interfaces, and turnaround complexity, while highlighting opportunities to standardize integrity programs, strengthen assurance, and improve operational resilience through data-driven integrity plans and auditable performance indicators.

Course Objectives

Establish measurable integrity objectives and performance indicators aligned with operational risk tolerance
Apply risk-based methods to prioritize inspection and mitigation activities for pressure equipment
Identify and evaluate credible damage mechanisms to determine inspection scope and intervals
Interpret inspection results to make defensible run-repair-replace decisions
Implement effective integrity operating windows and escalation criteria for abnormal conditions
Strengthen management of change to prevent integrity degradation from process or mechanical changes
Develop integrity assurance plans that clarify roles, controls, and evidence requirements
Improve relief system integrity through verification, testing strategies, and documentation control
Create action plans to reduce recurring leaks and unplanned downtime using root cause techniques

Target Audience

Integrity engineers, mechanical engineers, inspection engineers, corrosion specialists, reliability engineers, maintenance and turnaround leaders, HSE leaders, operations supervisors, asset managers, technical authorities, quality professionals, and managers responsible for pressure equipment governance and assurance.

Benefits for the Organization

Reduces loss-of-containment risk through consistent, auditable integrity controls
Improves reliability by preventing recurring failures and unplanned shutdowns
Optimizes inspection and maintenance spend using risk-based prioritization
Strengthens governance with clear accountability, escalation rules, and evidence trails
Enhances decision quality for repairs and life extension using structured assessment methods
Builds a sustainable integrity culture that supports operational resilience and performance

Benefits for the Trainee

Gain the ability to evaluate integrity risk and translate it into practical action plans
Improve competence in damage mechanism thinking and inspection planning
Strengthen judgment in interpreting inspection results and determining next steps
Build confidence in leading cross-functional integrity reviews and escalations
Learn how to design integrity assurance processes that withstand audits and scrutiny
Develop a clear toolkit for preventing repeat failures and improving equipment uptime

Course Outline

Day 1 – Integrity Leadership and Lifecycle Governance

Integrity management purpose, scope, roles, and accountability models
Pressure equipment lifecycle: design basis, construction, operation, and end-of-life controls
Integrity critical elements and assurance mapping for pressure equipment
Integrity documentation governance: registers, data quality, and record traceability
Integrity performance indicators: leading versus lagging measures and targets
Integrity risk communication for decision makers and operational leaders

Day 2 – Damage Mechanisms and Inspection Strategy Excellence

Credible damage mechanisms for pressure vessels and piping and how to screen them
Corrosion management fundamentals: rates, uncertainty, and operating drivers
Inspection strategy selection: methods, coverage, and effectiveness considerations
Interval setting logic and aligning inspection plans to risk and operational windows
Condition monitoring and anomaly management workflow from detection to closure
Practical case scenarios: translating findings into prioritized inspection scopes

Day 3 – Risk-Based Integrity Planning and Fitness Decisions

Risk concepts for integrity: consequence, likelihood, and confidence management
Risk-based inspection planning: segmentation, ranking, and inspection focus areas
Remaining life evaluation and integrity thresholds for continued operation
Fitness-for-service decision pathway: run, repair, rerate, or replace
Temporary repair governance: limits, approvals, monitoring, and expiry controls
Defining integrity work packs: scope clarity, acceptance criteria, and quality hold points

Day 4 – Safeguards, Relief Systems, and Change Control

Pressure relief systems integrity: design intent, verification, and testing strategies
Overpressure scenarios, safeguarding layers, and documentation discipline
Management of change for integrity: triggers, technical review depth, and approvals
Integrity operating windows and response plans for deviations and upsets
Turnaround integrity readiness: scope validation, deferral control, and risk acceptance
Contractor interface control: competencies, supervision, and evidence requirements

Day 5 – Assurance, Incident Learning, and Sustainable Performance

Integrity assurance planning: controls, sampling, and verification of critical work
Audit readiness: building an evidence trail and closing gaps efficiently
Leak and failure investigation: structured root cause analysis and barrier learning
Reliability integration: linking integrity actions to uptime and maintenance strategy
Data-driven continuous improvement: trends, dashboards, and management review cadence
Capstone workshop: build a practical integrity improvement plan for a pressure equipment system

Course Duration

Duration: 1 Weeks

Duration: 5 days
Format: Classroom / Online / Blended

Instructor Information

“The training will be delivered by a team of experts specialized in negotiation and professional relationships. They have extensive practical experience in managing complex negotiations, as well as a strong record in delivering leadership and management development programs.”

Conclusion

This course equips leaders and technical professionals with a disciplined, results-oriented approach to pressure equipment integrity management that protects operational continuity and strengthens corporate governance. By converting integrity risks into measurable priorities, clear assurance controls, and defensible decisions, participants will be able to reduce uncertainty, prevent repeat failures, and improve reliability performance with confidence. The program emphasizes practical application, cross-functional alignment, and accountable execution so that integrity becomes a predictable management outcome rather than a reactive response.

Business & Management

Technical Courses

Netherlands

United Arab Emirates

Switzerland