Course Content

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City	Date	Duration	Price	Status
AmsterdamNetherlands	October 9, 2026	7 days	€4,900	Confirmed date
Kuala LumpurMalaysia	November 20, 2026	7 days	€4,800	Confirmed date
OnlineOnline	December 31, 2026	7 days	€2,400	Confirmed date
TunisTunis	February 11, 2027	7 days	€4,400	Confirmed date
GenevaSwitzerland	March 25, 2027	7 days	€4,900	Confirmed date
LisbonPortugal	May 6, 2027	7 days	€4,800	Confirmed date

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Course Information

Duration

1 Weeks

Introduction

Pipeline Corrosion Monitoring & Control is a mission-critical capability for asset-intensive organizations that depend on safe, reliable, and cost-effective flow assurance across their pipeline networks. This course provides an executive-level, practice-oriented approach to understanding corrosion threats, designing fit-for-purpose monitoring programs, and applying control strategies that protect integrity, reduce downtime, and strengthen regulatory readiness. Leaders and technical professionals alike must balance operational continuity with risk exposure, budget constraints, and cross-functional accountability, especially where aging infrastructure, variable process conditions, and complex supply chains amplify corrosion drivers. Participants will learn how to set clear performance targets, translate data into decisions, and build measurable integrity actions that improve outcomes within defined time and resource boundaries, without compromising safety or reputation. The program emphasizes how to prioritize high-consequence segments, establish governance for corrosion management, and implement monitoring technologies and treatment plans that deliver verifiable results, enabling organizations to anticipate failures before they escalate, optimize maintenance spending, and demonstrate disciplined stewardship of critical assets.

Course Objectives

Identify the primary internal and external corrosion mechanisms affecting pipelines and relate them to operating conditions.
Evaluate corrosion likelihood and consequence to prioritize monitoring and mitigation resources by risk.
Interpret corrosion monitoring data sets to detect trends, validate assumptions, and support timely interventions.
Design a corrosion monitoring plan with measurable performance indicators, sampling frequencies, and escalation triggers.
Select fit-for-purpose inspection and monitoring methods aligned with pipeline materials, fluids, and operating regimes.
Apply corrosion control strategies including inhibition, coating systems, cathodic protection, and operational controls.
Develop integrity-focused decision workflows that translate findings into maintenance, repair, and optimization actions.
Implement reporting and governance practices that improve accountability, communication, and audit readiness.
Optimize corrosion management cost by linking treatment effectiveness to reliability and lifecycle value.

Target Audience

Integrity and corrosion engineers, pipeline operations and maintenance leaders, inspection and reliability specialists, asset integrity managers, HSE and risk professionals, technical authorities, quality and materials engineers, and project professionals responsible for pipeline design, commissioning, and lifecycle performance.

Benefits for the Organization

Reduced probability of leaks, failures, and unplanned shutdowns through earlier detection and proactive control.
Improved integrity governance with clearer roles, escalation pathways, and measurable performance tracking.
Better maintenance prioritization and budget efficiency through risk-based decision-making and evidence-driven interventions.
Stronger operational reliability by aligning monitoring outputs with actionable control plans and treatment optimization.
Enhanced audit readiness via structured documentation, defensible records, and consistent reporting practices.
Improved cross-functional alignment between operations, integrity, maintenance, and leadership on integrity outcomes.

Benefits for the Trainee

Stronger ability to recognize corrosion mechanisms and link them to real operating conditions.
Practical competence in choosing and integrating monitoring methods for different pipeline contexts.
Improved skill in interpreting monitoring results and converting data into decisions and actions.
Confidence in applying corrosion control strategies and validating their effectiveness over time.
Enhanced capability to structure integrity reports and communicate risk clearly to stakeholders.
A repeatable approach to building a monitoring and control program with measurable performance outcomes.

Course Outline

Day 1 – Corrosion Fundamentals and Pipeline Integrity Context

Corrosion basics for pipelines: electrochemistry, materials response, and environment interaction
Internal corrosion drivers: water cut, CO₂, H₂S, oxygen ingress, microbiological activity
External corrosion drivers: soil conditions, coating condition, stray currents, environmental exposure
Typical pipeline corrosion mechanisms and damage patterns
Integrity management overview: failure modes, criticality, and lifecycle considerations
Establishing corrosion performance expectations: measurable targets, responsibilities, and decision cadence

Day 2 – Monitoring Strategy, Data Quality, and Program Design

Building a corrosion monitoring philosophy and scope aligned with operational priorities
Corrosion monitoring locations: selecting representative points and high-risk segments
Data quality essentials: baselines, uncertainty, repeatability, and false confidence traps
Sampling plans and frequency setting: balancing risk, cost, and detectability
Integrating process data with corrosion data for meaningful interpretation
Escalation triggers and response planning: thresholds, alarms, and action timelines

Day 3 – Monitoring and Inspection Technologies for Pipelines

Corrosion coupons and probes: selection, deployment, retrieval, and interpretation
Electrical resistance and linear polarization methods: strengths, limitations, and use cases
Pigging and in-line inspection concepts: matching tools to threats and objectives
Direct assessment approaches: when and how to use them effectively
Coating survey methods and external corrosion indicators
Data integration and trend analysis: turning multiple inputs into a defensible integrity picture

Day 4 – Corrosion Control and Mitigation Execution

Corrosion inhibition programs: selection, dosing strategy, and performance verification
Coatings and linings: failure modes, repair priorities, and quality controls
Cathodic protection fundamentals: design intent, monitoring, and troubleshooting
Operational controls: dehydration, chemical management, pigging strategy, and flow regime impacts
Managing microbiologically influenced corrosion: indicators, controls, and verification
Measuring effectiveness: treatment validation, KPI tracking, and continuous improvement loops

Day 5 – Risk-Based Decisions, Governance, and Sustained Performance

Risk assessment fundamentals for corrosion threats: likelihood, consequence, and uncertainty
Converting monitoring results into actions: repair, mitigation adjustment, and operating changes
Integrity reporting for leadership: clarity, defensibility, and decision focus
Incident learning: near-miss analysis, root cause thinking, and preventive actions
Program governance: roles, competence, documentation, and audit preparedness
Building a sustainable corrosion management roadmap: short-term wins and long-term reliability outcomes

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 professionals with a disciplined, results-oriented approach to pipeline corrosion monitoring and control that strengthens integrity performance while supporting leadership expectations for reliability, safety, and cost governance. By combining sound technical understanding with structured decision-making, participants will be able to build monitoring programs that produce actionable insights, implement mitigation strategies with measurable effectiveness, and communicate risk in a way that enables timely, accountable action. Organizations that apply these practices consistently will reduce integrity exposure, improve operational continuity, and demonstrate credible stewardship of critical pipeline assets through clear metrics, robust documentation, and a culture of proactive integrity management.

Business & Management

Technical Courses

Netherlands

United Arab Emirates

Switzerland