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Institute For Oil & Gas Training
OGI-1256 New

NACE Pipeline External Corrosion Direct Assessment Training Course

Duration
5 days
CPD hours
15
Language
English
Next date
26 Oct 2026
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Overview

The NACE Pipeline External Corrosion Direct Assessment Training Course from Institute For Oil & Gas Training develops the practical capabilities required to conduct Pipeline External Corrosion Direct Assessment and evaluate the condition of buried pipeline systems. Designed for professionals working in Oil & Gas Pipeline Integrity and Inspection, this course focuses on ECDA methodology, external pipeline corrosion mechanisms, integrity data analysis, field inspection techniques, and corrosion mitigation planning to support safe and reliable pipeline operations.

External corrosion remains a significant integrity concern for oil and gas transmission and distribution networks. Buried pipelines operate under varying soil conditions, moisture levels, temperatures, coating conditions, and cathodic protection performance. Over time, weaknesses in protective coatings and ineffective corrosion control measures expose pipeline surfaces to corrosive environments. Without a structured assessment process, corrosion activity can remain undetected until it contributes to wall loss, leakage, loss of containment, or an unplanned shutdown.

Pipeline External Corrosion Direct Assessment provides a systematic approach to evaluating external corrosion threats by combining historical records, indirect inspection measurements, direct examination of selected locations, and post-assessment evaluation. Rather than relying on isolated inspection findings, ECDA brings together multiple sources of evidence to support decisions about pipeline condition, corrosion activity, and appropriate integrity management actions.

The Institute For Oil & Gas Training programme examines how pipeline operators organise and implement ECDA activities across different operating environments. Participants explore the relationship between pipeline history, coating performance, cathodic protection systems, environmental conditions, indirect inspection surveys, and direct examination findings. They learn to interpret assessment information, identify locations requiring further investigation, and develop practical recommendations for managing external corrosion threats.

A key focus is the application of recognised NACE standards and established pipeline integrity practices. Participants examine the principles associated with external corrosion assessment, the importance of consistent data quality, and the role of engineering judgement in selecting assessment locations. The course also addresses the limitations of individual inspection techniques and explains how multiple findings contribute to a defensible assessment of pipeline integrity.

For organisations operating extensive pipeline networks, effective ECDA supports more informed maintenance planning and prioritisation of integrity threats. It helps technical teams distinguish between locations requiring immediate attention and those suitable for continued monitoring, subject to engineering evaluation and applicable requirements. The resulting assessment supports targeted excavation, appropriate remediation, and more effective allocation of inspection resources.

The course connects technical assessment with operational decision-making. Participants examine how to document findings, evaluate the effectiveness of corrosion mitigation measures, communicate risks to management, and incorporate assessment outcomes into broader pipeline integrity management programmes. This integrated approach helps organisations establish a clearer understanding of external pipeline corrosion and maintain traceable records of engineering decisions.

Institute For Oil & Gas Training delivers this training for professionals who need a structured understanding of Pipeline External Corrosion Direct Assessment and its application to real operating assets. The programme combines technical principles with practical exercises, allowing participants to relate assessment methodology to field conditions, inspection evidence, and integrity management priorities. It supports organisations seeking to strengthen corrosion assessment practices, improve the consistency of technical evaluations, and make better-informed decisions about pipeline reliability and asset protection.

Objectives

  • Explain the principles, purpose, scope, and application of Pipeline External Corrosion Direct Assessment within pipeline integrity management.

  • Identify the principal causes and contributing factors associated with external pipeline corrosion.

  • Interpret the role of pipeline coatings, cathodic protection, soil conditions, moisture, and environmental exposure in corrosion development.

  • Explain the ECDA process and its principal stages, including pre-assessment, indirect inspection, direct examination, and post-assessment.

  • Review pipeline operating history, maintenance records, previous inspections, and corrosion control information to establish assessment priorities.

  • Identify suitable indirect inspection techniques and understand their contribution to external corrosion assessment.

  • Evaluate survey information and recognise limitations affecting the reliability and interpretation of inspection data.

  • Apply structured criteria when selecting locations for direct examination, subject to the applicable assessment procedure and engineering requirements.

  • Interpret direct examination findings and relate observed coating defects, corrosion features, and other evidence to pipeline integrity concerns.

  • Evaluate cathodic protection performance and identify information relevant to the assessment of external corrosion threats.

  • Develop practical recommendations for excavation, repair, further inspection, monitoring, and corrosion mitigation.

  • Document assessment findings, assumptions, uncertainties, and recommendations in a clear and traceable format.

  • Connect ECDA results with risk-based inspection planning and broader pipeline integrity management activities.

  • Improve coordination between pipeline engineering, inspection, corrosion control, maintenance, and operational teams.

  • Use recognised NACE standards and relevant industry guidance to support technically defensible assessment decisions.

Training methodology

The NACE Pipeline External Corrosion Direct Assessment Training Course uses an applied, industry-focused learning approach that connects recognised assessment principles with the practical demands of pipeline operations. Institute For Oil & Gas Training combines technical presentations, guided case studies, inspection data interpretation, group exercises, and realistic pipeline scenarios to develop an understanding of the ECDA process from initial planning through post-assessment evaluation.

Technical Presentations and Guided Discussions

Structured presentations introduce participants to external pipeline corrosion mechanisms, coating degradation, cathodic protection, corrosion threats, and the principles underlying direct assessment. Guided discussions examine how these factors influence inspection strategies and integrity decisions across different pipeline operating environments.

Participants consider the relationship between engineering procedures, field observations, asset history, and corrosion control performance. Discussions also address the importance of applying relevant standards within the context of pipeline characteristics, available evidence, organisational procedures, and applicable regulatory obligations.

Case Studies Based on Pipeline Integrity Challenges

Case studies explore realistic external corrosion scenarios involving coating damage, inconsistent cathodic protection records, changing soil conditions, incomplete inspection histories, and evidence of corrosion at selected pipeline locations.

Participants review the available information, identify missing data, assess the significance of inspection findings, and recommend appropriate follow-up activities. These exercises reinforce the importance of using multiple evidence sources rather than relying on a single measurement or inspection result.

ECDA Planning and Assessment Exercises

Guided exercises demonstrate how to define assessment objectives, review pipeline history, identify relevant external corrosion threats, and organise the information required for an ECDA programme. Participants examine how pipeline segments are assessed, how indirect inspection techniques contribute to prioritising locations, and how direct examinations verify suspected corrosion conditions.

The exercises also consider practical constraints, including access to pipeline sections, the availability of historical records, survey quality, excavation planning, and coordination between inspection and maintenance teams.

Inspection Data Interpretation and Risk Evaluation

Participants work through representative inspection findings and learn to distinguish between observations, measured values, engineering interpretations, and recommended actions. They consider the influence of coating condition, cathodic protection performance, corrosion evidence, and uncertainty on assessment conclusions.

Group activities encourage participants to explain the technical basis for their recommendations and identify when additional investigation or specialist input is required. This strengthens the quality and consistency of integrity decisions.

Group Workshops and Practical Reporting

Workshop activities focus on translating assessment results into clear technical reports and actionable integrity recommendations. Participants practise documenting evidence, recording assessment limitations, prioritising corrective measures, and communicating findings to engineering managers and operational stakeholders.

The methodology emphasises practical application, traceable decision-making, and the effective use of ECDA within an established pipeline integrity management system. By the end of the programme, participants have worked through the principal stages of an external corrosion assessment and understand how the resulting information supports inspection planning, corrosion mitigation, and ongoing asset management.

Organisational impact

Implementing effective Pipeline External Corrosion Direct Assessment practices helps oil and gas organisations strengthen the management of buried and underground pipeline assets. The course from Institute For Oil & Gas Training supports a more consistent approach to identifying corrosion threats, evaluating inspection evidence, and translating technical findings into operational priorities.

Improved Pipeline Integrity Management

Participants develop a structured understanding of how ECDA contributes to the identification and evaluation of external corrosion threats. This supports more consistent assessment procedures across pipeline sections, operating regions, and asset management teams.

Organisations benefit from improved documentation, clearer assessment criteria, and better integration of corrosion findings into integrity management plans. Technical teams gain a stronger basis for deciding where additional inspection, direct examination, or corrective action deserves priority.

More Effective Inspection Resource Allocation

External corrosion assessments generate information that helps organisations direct inspection and maintenance resources towards locations requiring further attention. By integrating historical data, indirect inspection results, and direct examination findings, teams establish a more evidence-based approach to prioritising pipeline locations.

This supports more focused excavation planning, better coordination of inspection activities, and improved use of specialist personnel and equipment. It also reduces dependence on fragmented inspection records when determining the next appropriate integrity management action.

Stronger Corrosion Mitigation Planning

The programme improves understanding of the relationship between coating condition, cathodic protection, environmental exposure, and corrosion development. Participants learn to connect assessment findings with appropriate corrosion mitigation measures and follow-up verification.

For sponsoring organisations, this strengthens the technical basis for coating repairs, cathodic protection investigations, pipeline repairs, and monitoring programmes. It also supports the evaluation of whether existing corrosion control measures remain suitable for the conditions affecting individual pipeline sections.

Better Operational Risk Decisions

Pipeline integrity decisions require reliable information about corrosion threats and the consequences of potential failures. The course develops the ability to interpret findings in context, identify uncertainties, and communicate the need for additional investigation where the available evidence is insufficient.

These capabilities support more informed maintenance prioritisation and risk management decisions. They also improve coordination between technical specialists and operational managers responsible for balancing asset reliability, production continuity, maintenance requirements, and safe working practices.

Improved Technical Records and Audit Readiness

A well-documented assessment provides a traceable record of the evidence, procedures, findings, and decisions supporting pipeline integrity management. The course reinforces consistent reporting practices and the importance of recording assessment limitations and follow-up requirements.

Organisations gain a stronger foundation for internal reviews, technical assurance, and demonstrations of conformity with applicable procedures and regulatory obligations. The programme supports documentation quality without treating course attendance as proof of regulatory compliance or certification.

Greater Cross-Functional Coordination

ECDA involves several disciplines, including pipeline engineering, corrosion control, inspection, maintenance, operations, and integrity management. Shared understanding of the assessment process helps these teams communicate more effectively and agree on priorities.

Participants learn how to present technical findings in terms that support operational planning, maintenance scheduling, and management decisions. This contributes to clearer accountability for corrective actions and more consistent follow-through on identified corrosion concerns.

Measurable Performance Monitoring

Organisations can use the capabilities developed during the course to strengthen their internal monitoring of pipeline integrity activities. Suitable indicators depend on the organisation's asset base, existing systems, and reporting procedures.

Examples include:

  • The proportion of planned ECDA activities completed against the approved programme.

  • The completeness of pipeline history and inspection records available for assessment.

  • The percentage of assessment findings with documented engineering dispositions.

  • The number of identified corrosion concerns awaiting investigation or corrective action.

  • The proportion of agreed remediation actions completed within their assigned deadlines.

  • The timeliness of assessment reports and the incorporation of findings into integrity management plans.

  • The frequency of overdue reviews of corrosion mitigation measures and cathodic protection performance.

These indicators help management evaluate whether improved assessment practices translate into better control of identified integrity threats, more effective work planning, and stronger technical governance.

Personal impact

The NACE Pipeline External Corrosion Direct Assessment Training Course strengthens the technical and professional capabilities of personnel responsible for pipeline integrity, inspection, and corrosion management. Institute For Oil & Gas Training focuses on developing practical knowledge that participants can apply when reviewing pipeline records, interpreting inspection findings, and contributing to engineering decisions.

Technical Knowledge of External Corrosion

Participants gain a clearer understanding of how external corrosion develops and how protective coatings, cathodic protection systems, environmental conditions, and pipeline operating history influence corrosion threats. This knowledge supports more informed technical discussions and improves the ability to recognise conditions requiring further investigation.

Practical ECDA Assessment Skills

The course develops familiarity with the stages of ECDA and the information required to support each stage. Participants strengthen their ability to review assessment plans, interpret indirect inspection findings, understand direct examination results, and contribute to post-assessment recommendations.

These capabilities help professionals approach external corrosion assessment systematically rather than treating each inspection result as an isolated technical issue.

Improved Inspection and Data Interpretation

Participants learn to examine the quality, relevance, and limitations of inspection information. They develop a more structured approach to reviewing survey results, identifying inconsistencies, and determining when additional evidence is needed before reaching a conclusion.

This supports better technical judgement and more effective communication with inspection contractors, corrosion specialists, and pipeline engineers.

Stronger Reporting and Communication

The programme reinforces the importance of accurate technical reporting, clear explanations of assessment findings, and traceable recommendations. Participants improve their ability to communicate corrosion concerns, describe uncertainties, and explain the rationale behind proposed corrective measures.

These skills support collaboration with senior engineers, asset managers, maintenance planners, and operational decision-makers.

Greater Professional Confidence

A structured understanding of ECDA methodology helps participants contribute more effectively to pipeline integrity reviews and corrosion management discussions. They gain a clearer basis for evaluating assessment procedures, asking relevant technical questions, and identifying gaps in supporting information.

The course also provides a foundation for continued professional development in pipeline inspection, corrosion engineering, asset integrity, and risk-based maintenance.

Broader Career Development

The skills addressed in the programme are relevant to professionals pursuing greater responsibility in pipeline integrity management, inspection coordination, corrosion control, and maintenance planning. Participants gain knowledge that supports their involvement in multidisciplinary projects and technical assessments.

Course completion demonstrates participation in professional development delivered by Institute For Oil & Gas Training. It does not, by itself, confer a NACE or AMPP professional certification or replace any separate qualification required by an employer or regulatory authority.

Who should attend

  • Pipeline Integrity Engineers: To strengthen their ability to assess external corrosion threats and integrate ECDA findings into integrity management programmes.

  • Corrosion Engineers and Corrosion Specialists: To improve their understanding of corrosion mechanisms, protective coatings, cathodic protection, and mitigation planning.

  • Pipeline Inspection Engineers: To develop a structured understanding of indirect inspection, direct examination, and the interpretation of external corrosion findings.

  • Pipeline Integrity Managers: To improve oversight of assessment programmes, technical recommendations, and the prioritisation of integrity management actions.

  • Maintenance Engineers and Planners: To connect corrosion assessment findings with excavation planning, repairs, maintenance scheduling, and resource allocation.

  • Cathodic Protection Technicians and Specialists: To understand how cathodic protection performance contributes to external corrosion assessment and pipeline integrity decisions.

  • Pipeline Operations Supervisors: To strengthen coordination between operational activities, inspection programmes, and corrosion-related corrective actions.

  • Asset Integrity Professionals: To integrate external corrosion findings into broader asset risk evaluations and integrity management strategies.

  • Inspection and Corrosion Consultants: To develop a consistent understanding of ECDA methodology and the technical evidence required to support recommendations.

  • Quality Assurance and Technical Assurance Personnel: To improve their ability to review assessment records, verify documentation quality, and identify gaps in technical evidence.

  • Project Engineers and Pipeline Rehabilitation Specialists: To understand how corrosion assessment findings inform repair strategies, rehabilitation planning, and pipeline improvement projects.

  • Engineering Team Leaders and Department Heads: To strengthen technical oversight, cross-functional coordination, and the allocation of resources for corrosion management.

  • Early-Career Pipeline Engineers and Technical Professionals: To establish a practical foundation in external corrosion assessment and its application within the oil and gas industry.

Course outline

This module establishes the technical foundation for understanding external pipeline corrosion and its significance to asset integrity. Participants examine the environmental, material, and operational factors that influence corrosion development, including soil characteristics, moisture, coating degradation, electrical interference, and cathodic protection performance.

The module introduces Pipeline External Corrosion Direct Assessment as a structured process for evaluating external corrosion threats. Participants explore its principal stages, the information required for effective planning, and the relationship between ECDA findings and wider pipeline integrity management activities.

  1. NACE SP0502

    • NACE SP0502, Pipeline External Corrosion Direct Assessment Methodology, establishes a recognised methodology for conducting ECDA on applicable buried metallic pipelines.

    • It describes the principal assessment stages and the integration of information from indirect inspections and direct examinations.

    • It provides a basis for identifying external corrosion threats, selecting locations for examination, and evaluating assessment results.

    • Its application requires consideration of pipeline characteristics, assessment objectives, available information, and the applicable procedure.

    Learning Outcomes

    • Explain the causes and consequences of external pipeline corrosion.

    • Describe the purpose and principal stages of ECDA.

    • Identify the relationship between coatings, cathodic protection, soil conditions, and corrosion threats.

    • Explain the importance of pipeline history and baseline integrity information.

    • Recognise the role of NACE SP0502 in structuring an ECDA programme.

    • Identify the principal information required before commencing an assessment.

This module focuses on establishing a sound basis for pipeline external corrosion assessment. Participants examine pipeline construction and operating records, coating specifications, cathodic protection history, previous inspection reports, repair records, and environmental information. They learn how to identify gaps in available information and determine how these gaps affect assessment planning.

The module also examines indirect inspection techniques used to identify locations with indications of possible coating damage, inadequate corrosion protection, or other external corrosion concerns. Participants consider survey selection, data quality, interpretation limitations, and the importance of combining complementary inspection methods.

  1. NACE SP0169

    • NACE SP0169, Control of External Corrosion on Underground or Submerged Metallic Piping Systems, provides recognised guidance for managing external corrosion in applicable metallic piping systems.

    • It addresses corrosion control principles involving protective coatings, cathodic protection, and related measures.

    • It supports the evaluation of corrosion prevention practices and the information needed to understand protection performance.

    • Its application must be considered alongside relevant pipeline design requirements, applicable regulations, and the operator's integrity management procedures.

    Learning Outcomes

    • Identify the historical records and technical information needed for pre-assessment.

    • Review pipeline data for inconsistencies, omissions, and uncertainties.

    • Explain the purpose of indirect inspection techniques in ECDA.

    • Distinguish between inspection indications and confirmed corrosion defects.

    • Evaluate the importance of survey quality and appropriate interpretation.

    • Explain how corrosion control information supports assessment planning.

    • Identify circumstances requiring additional inspection data or specialist evaluation.

This module examines the direct examination stage of ECDA, where selected pipeline locations are exposed and assessed to verify indications identified during indirect inspections. Participants explore the importance of excavation planning, safe access, coating removal procedures, surface preparation, and systematic recording of pipeline conditions.

The module also covers the evaluation of coating defects, corrosion features, and measured metal loss. Participants consider how examination findings are compared with indirect inspection results and how the combined evidence supports decisions about defect significance, repair requirements, and additional investigation. Emphasis is placed on accurate measurements, reliable records, and appropriate engineering evaluation.

  1. ASME B31G

    • ASME B31G, Manual for Determining the Remaining Strength of Corroded Pipelines, provides an established methodology for evaluating the remaining strength of pipelines affected by metal loss.

    • It supports the assessment of corrosion-related metal loss and the determination of whether a corroded pipe section retains adequate strength under the applicable evaluation criteria.

    • The methodology helps engineers assess corrosion defects and inform decisions concerning repair, replacement, or continued operation.

    • Its application requires suitable inspection measurements, relevant pipeline information, and consideration of the method's scope and limitations.

    • ASME B31G complements ECDA by supporting defect evaluation after corrosion features have been identified and characterised. It does not replace the ECDA process itself.

    Learning Outcomes

    • Explain the purpose of direct examination within the ECDA process.

    • Identify the information required to document excavated pipeline locations.

    • Recognise coating deterioration and visible external corrosion features.

    • Explain how corrosion depth, dimensions, and distribution influence defect evaluation.

    • Distinguish between inspection observations and engineering conclusions about defect significance.

    • Describe how corrosion measurements support remaining-strength assessment.

    • Identify situations requiring specialist engineering assessment or additional examination.

    • Develop recommendations for corrective action based on documented examination findings.

This module focuses on the interpretation of combined assessment findings and the development of appropriate corrosion management actions. Participants examine how direct examination results are compared with indirect inspection indications, how discrepancies are investigated, and how the effectiveness of existing corrosion control measures is evaluated.

The module addresses the preparation of post-assessment recommendations, including coating rehabilitation, cathodic protection improvements, additional inspection, defect repair, and ongoing monitoring. Participants also examine how assessment results are incorporated into integrity management plans, with appropriate consideration of uncertainty, defect severity, operational requirements, and applicable engineering procedures.

  1. API RP 1160

    • API Recommended Practice 1160, Managing System Integrity for Hazardous Liquid Pipelines, provides guidance for the systematic management of integrity threats affecting hazardous liquid pipeline systems.

    • It addresses integrity assessment, threat identification, risk evaluation, mitigation, and the management of findings within a wider pipeline integrity programme.

    • It supports the use of assessment information to determine appropriate follow-up activities and prioritise integrity management actions.

    • Its application is relevant to hazardous liquid pipeline systems within its scope and should be aligned with applicable regulatory requirements.

    • The principles support integration of corrosion assessment outcomes into wider integrity decisions, although the practice is not an ECDA-specific methodology.

    Learning Outcomes

    • Explain the purpose of post-assessment evaluation.

    • Integrate direct examination findings with indirect inspection evidence.

    • Identify inconsistencies that require further technical investigation.

    • Recommend suitable corrosion mitigation measures based on documented findings.

    • Explain how coating repairs and cathodic protection improvements support external corrosion control.

    • Distinguish between immediate corrective actions and longer-term monitoring requirements.

    • Prioritise follow-up activities using applicable risk assessment and engineering procedures.

    • Incorporate assessment recommendations into pipeline integrity management plans.

    • Explain the importance of verifying the effectiveness of completed mitigation measures.

This module brings together the technical and management aspects of Pipeline External Corrosion Direct Assessment. Participants examine how to produce clear assessment records, document the basis for engineering decisions, identify unresolved concerns, and communicate recommendations to relevant stakeholders.

The module also addresses the longer-term value of ECDA findings in asset integrity planning. Participants consider how organisations track remediation activities, maintain assessment histories, review corrosion mitigation performance, and use new inspection information to improve subsequent assessments. The focus is on creating a repeatable and traceable process that supports pipeline reliability and effective technical governance.

  1. ASME B31.8S

    • ASME B31.8S, Managing System Integrity of Gas Pipelines, provides a recognised framework for managing the integrity of applicable gas pipeline systems.

    • It addresses threats to pipeline integrity, risk assessment, integrity assessment methods, mitigation, and the management of integrity-related information.

    • It supports the use of documented findings to inform inspection planning, corrective action, and ongoing integrity management.

    • It provides a basis for integrating assessment outcomes into an organised pipeline integrity programme for gas transmission systems within its scope.

    • Operators must apply the standard in conjunction with applicable legal requirements, pipeline-specific procedures, and relevant technical guidance.

    Learning Outcomes

    • Prepare structured ECDA assessment summaries and technical recommendations.

    • Document assessment methods, evidence, limitations, and unresolved integrity concerns.

    • Explain how assessment results support pipeline integrity management decisions.

    • Establish clear follow-up actions for inspection findings and corrosion mitigation measures.

    • Identify suitable performance indicators for monitoring assessment programme effectiveness.

    • Explain the importance of tracking remedial actions through to completion.

    • Communicate technical findings effectively to engineering managers and operational stakeholders.

    • Identify opportunities to improve assessment procedures, data quality, and reporting consistency.

    • Develop a practical approach to incorporating ECDA findings into future inspection and maintenance planning.

Certificate

Attendees who successfully complete the NACE Pipeline External Corrosion Direct Assessment Training Course receive a Certificate of Completion from Institute For Oil & Gas Training.

The certificate recognises completion of the training programme and participation in its learning activities. Attendees must meet the course attendance requirement established by Institute For Oil & Gas Training to receive the certificate. Participants should confirm the applicable attendance policy with the institute before enrolment.

The Certificate of Completion is a training attendance credential. It is not a NACE or AMPP certification and does not independently authorise participants to perform regulated activities or represent themselves as certified ECDA practitioners.

Course dates

  • Europe

    Middle East

    Asia

    Africa

    North America

    Online

    Fee: £4,300

  • Europe

    Middle East

    Asia

    Africa

    North America

    Online

    Fee: £4,300

  • Europe

    Middle East

    Asia

    Africa

    North America

    Online

    Fee: £4,300

  • Europe

    Middle East

    Asia

    Africa

    North America

    Online

    Fee: £4,300

Fees include tuition, course materials and refreshments. Need different dates or a different city? Ask about your preferred date.

Frequently asked questions

What is the NACE Pipeline External Corrosion Direct Assessment Training Course?

The course develops practical knowledge of ECDA methodology for assessing external corrosion threats affecting applicable pipeline systems. It covers assessment planning, indirect inspection techniques, direct examination, defect evaluation, corrosion mitigation, and post-assessment reporting. Institute For Oil & Gas Training delivers the programme for professionals involved in pipeline integrity and inspection.

What does ECDA mean in pipeline integrity management?

ECDA stands for External Corrosion Direct Assessment. It is a structured methodology that combines pipeline history, indirect inspection results, direct examination findings, and post-assessment evaluation to assess external corrosion threats. It helps pipeline operators identify areas requiring further investigation and determine appropriate corrosion management actions.

Who should attend this training course?

The course is suitable for pipeline integrity engineers, corrosion specialists, inspection engineers, cathodic protection personnel, maintenance planners, asset integrity managers, pipeline operations supervisors, and technical consultants. It also benefits engineering professionals who need to understand how external corrosion assessment findings influence inspection planning and pipeline integrity decisions.

Does the course provide a NACE or AMPP certification?

No. Successful attendees receive a Certificate of Completion from Institute For Oil & Gas Training, subject to the institute's attendance requirements. This is a training completion credential, not a NACE or AMPP professional certification. Participants seeking a separate professional certification should check the relevant certification body's current eligibility and examination requirements.

How does the training help organisations improve pipeline integrity?

The course strengthens the ability of technical teams to interpret external corrosion evidence, prioritise locations for further examination, and recommend appropriate mitigation measures. Organisations can apply these capabilities to improve inspection planning, maintain better technical records, coordinate corrective actions, and incorporate assessment findings into their pipeline integrity management programmes.

Next: 26 Oct 2026

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