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Institute For Oil & Gas Training
OGI-1309 New

Hazardous Liquid Pipeline Inspection and Integrity Management Training Course

Duration
5 days
CPD hours
15
Language
English
Next date
02 Nov 2026
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Overview

The Hazardous Liquid Pipeline Inspection and Integrity Management Training Course from Institute For Oil & Gas Training develops the technical and operational capabilities required to assess hazardous liquid pipeline inspection requirements, manage pipeline integrity, and control operational risk across oil and gas transportation systems. Designed for professionals responsible for pipeline assets, inspection programmes, maintenance planning, and operational assurance, the course addresses the need for consistent integrity management throughout the pipeline lifecycle.

Hazardous liquid pipelines transport crude oil, refined petroleum products, natural gas liquids, and other liquid hydrocarbons across extensive networks of pipelines, pumping stations, terminals, storage facilities, and associated infrastructure. These assets operate under changing pressure conditions, environmental influences, product characteristics, and operational demands. Corrosion, mechanical damage, cracking, material deterioration, equipment failure, and third-party interference create integrity challenges that require structured inspection, engineering assessment, and timely intervention.

For pipeline operators, maintaining liquid pipeline integrity involves more than conducting periodic inspections. It requires an integrated approach that connects asset data, inspection findings, defect evaluation, risk assessment, maintenance decisions, and operational controls. Organisations that lack this integration face difficulties prioritising inspection activities, identifying emerging threats, allocating maintenance resources, and demonstrating effective oversight of pipeline assets.

The Hazardous Liquid Pipeline Inspection and Integrity Management Training Course addresses these challenges by examining the methods used to evaluate pipeline condition, identify threats, assess defects, and develop appropriate integrity management strategies. Participants explore the relationship between inspection technologies, pipeline facility assessment, engineering analysis, and operational decision-making. The programme also examines how organisations establish inspection priorities according to asset condition, consequence of failure, operating environment, and the effectiveness of existing safeguards.

The course places particular emphasis on the practical application of recognised pipeline integrity principles. Participants examine in-line inspection, external corrosion monitoring, coating assessment, cathodic protection, pressure testing, direct assessment, and the interpretation of inspection results. They also explore the importance of accurate records, consistent defect classification, and reliable communication between inspection personnel, pipeline engineers, maintenance teams, and operational management.

Pipeline facility assessment forms an important part of the programme because the integrity of a transportation network depends on more than the pipeline itself. Pumping stations, valves, pressure control equipment, manifolds, metering installations, storage interfaces, and associated piping contribute to the overall reliability of the system. Inspection planning must therefore consider the condition of interconnected facilities and the consequences of failures at critical operational interfaces.

The programme also addresses operational risk associated with hazardous liquid releases, loss of containment, equipment degradation, and inadequate maintenance controls. Participants learn how to connect technical inspection findings with risk-based decisions, escalation procedures, repair priorities, and longer-term asset management plans. This supports a more disciplined approach to identifying unacceptable conditions and allocating resources where they deliver the greatest integrity benefit.

Delivered by Institute For Oil & Gas Training, this course is intended for organisations seeking to strengthen pipeline inspection practices, improve the quality of integrity assessments, and establish a consistent basis for maintenance and operational decisions. It combines technical principles with industry-focused scenarios to support professionals managing ageing assets, expanding pipeline networks, changing operating conditions, and increasingly complex integrity requirements.

By the end of the programme, participants will understand how to structure a pipeline integrity management process, select appropriate inspection methods, interpret condition data, evaluate defects, and translate engineering evidence into practical actions. The resulting capability supports stronger asset reliability, improved control of operational risk, better maintenance prioritisation, and more consistent management of hazardous liquid pipeline systems.

Objectives

  • Explain the principal integrity threats affecting hazardous liquid pipelines and associated facilities.

  • Apply recognised pipeline integrity management principles to inspection planning and asset condition assessment.

  • Identify appropriate inspection methods for different pipeline materials, deterioration mechanisms, operating conditions, and asset configurations.

  • Evaluate the purpose, capabilities, and limitations of in-line inspection technologies.

  • Interpret pipeline inspection reports and assess the significance of reported defects and anomalies.

  • Examine corrosion mechanisms, coating condition, cathodic protection performance, and other factors influencing liquid pipeline integrity.

  • Apply structured approaches to pipeline facility assessment, including the evaluation of valves, pumping installations, manifolds, and supporting equipment.

  • Assess operational risk by considering defect characteristics, failure likelihood, potential consequences, and existing safeguards.

  • Establish inspection priorities based on asset condition, threat exposure, risk evaluation, and maintenance requirements.

  • Understand the principles behind defect assessment, remaining strength evaluation, repair selection, and post-repair verification.

  • Improve coordination between inspection personnel, pipeline engineers, maintenance teams, and operations departments.

  • Strengthen the quality of integrity records, inspection recommendations, corrective action tracking, and management reporting.

  • Recognise the relevance of applicable regulatory frameworks and recognised standards to pipeline inspection and integrity management.

  • Develop practical approaches for monitoring integrity performance and supporting continuous improvement across pipeline assets.

Training methodology

Institute For Oil & Gas Training applies a practical, industry-oriented delivery approach that connects pipeline engineering principles with the decisions professionals make during inspection planning, integrity assessment, maintenance execution, and operational management. The methodology emphasises the interpretation of technical evidence and the application of recognised standards to realistic pipeline operating conditions.

Industry Case Studies

Case studies examine representative pipeline integrity challenges, including external corrosion, internal corrosion, coating deterioration, cracking, mechanical damage, and defects identified during in-line inspection. Participants review the circumstances surrounding each case, identify the relevant threats, and evaluate the information required to establish an appropriate response.

These exercises demonstrate how inspection findings influence engineering decisions, repair priorities, monitoring requirements, and operational controls. They also highlight the importance of distinguishing between an observed defect, an assessed threat, and a condition requiring immediate intervention.

Inspection Data Interpretation

Participants work through examples of inspection reports, corrosion measurements, wall-thickness readings, in-line inspection findings, and pipeline condition records. The exercises focus on understanding data quality, recognising limitations, comparing inspection results, and determining when additional assessment is necessary.

This approach strengthens the connection between field inspection activities and engineering decisions. It also reinforces the need for traceable records and clear technical justifications when integrity findings are communicated to asset managers and operational personnel.

Risk-Based Decision Exercises

Risk-based exercises require participants to compare pipeline segments and facilities according to deterioration mechanisms, inspection findings, failure likelihood, potential consequences, and the effectiveness of existing controls. Participants consider how these factors influence inspection intervals, monitoring priorities, maintenance planning, and repair decisions.

The exercises demonstrate that effective integrity management requires both technical understanding and sound judgement. Inspection frequency and intervention priorities must reflect the available evidence, applicable requirements, asset-specific threats, and documented risk evaluation.

Pipeline Facility Assessment Scenarios

Facility assessment scenarios cover the interfaces between pipelines, valves, pumping equipment, manifolds, metering systems, and other supporting installations. Participants examine how equipment condition, operating history, isolation arrangements, and maintenance practices influence the integrity of the wider transportation system.

These scenarios encourage coordination between pipeline inspection, mechanical maintenance, operations, and engineering functions. They also help participants identify gaps in inspection coverage and improve the consistency of facility condition assessments.

Group Exercises and Technical Discussions

Group activities encourage participants to compare inspection strategies, evaluate alternative responses to defects, and discuss the implications of competing maintenance priorities. Each exercise considers the technical evidence, operational constraints, safety implications, and documentation required to support a defensible decision.

Facilitated discussions also address common integrity management challenges, including incomplete asset records, inconsistent defect reporting, ageing infrastructure, repeat inspection findings, and delays in implementing corrective actions.

Applied Integrity Management Planning

The programme concludes by bringing inspection, risk assessment, defect evaluation, and maintenance planning together within an integrated integrity management approach. Participants develop a structured view of how inspection findings move through assessment, prioritisation, intervention, verification, and record updating.

This methodology helps participants apply course concepts to their own operational environments and strengthens their ability to communicate integrity requirements across technical and management teams.

Organisational impact

The Hazardous Liquid Pipeline Inspection and Integrity Management Training Course supports organisations in improving the consistency of inspection programmes, strengthening asset condition assessments, and making better-informed decisions about pipeline integrity. By developing a common understanding of inspection methods, defect evaluation, and risk-based prioritisation, Institute For Oil & Gas Training helps organisations align technical findings with operational objectives.

Improved Pipeline Reliability

A structured integrity management approach enables organisations to identify deterioration before it develops into a more serious operational problem. Better interpretation of inspection data supports the early identification of corrosion, cracking, wall-thickness reduction, and other conditions that affect pipeline reliability.

Organisations benefit from clearer inspection priorities, more consistent follow-up of identified defects, and improved coordination between engineering and maintenance functions. These practices support asset availability and reduce avoidable disruption associated with unplanned repairs and equipment failures.

Stronger Operational Risk Management

Hazardous liquid releases create potential consequences for personnel, the environment, surrounding communities, business continuity, and company reputation. Effective integrity management connects the identification of threats with the assessment of failure likelihood, consequence evaluation, and appropriate preventive or corrective measures.

Participants develop a clearer understanding of how inspection findings influence operational risk decisions. This supports better escalation of critical anomalies, more defensible maintenance priorities, and improved communication of integrity concerns to personnel responsible for operating decisions.

More Effective Inspection Planning

Inspection programmes require careful coordination of asset criticality, known deterioration mechanisms, operating history, inspection accessibility, and available resources. A risk-informed approach helps organisations direct inspection activities towards assets and locations where additional information or intervention is most valuable.

Improved planning also supports more effective use of inspection contractors, specialist technologies, engineering resources, and maintenance budgets. Consistent inspection criteria and reporting practices make it easier to compare results across pipeline segments and facilities.

Better Maintenance and Repair Prioritisation

Inspection results are most valuable when organisations convert them into appropriate engineering and maintenance actions. The course strengthens understanding of defect assessment, repair selection, verification requirements, and the documentation needed to support intervention decisions.

This improves the connection between inspection findings and work management systems. Organisations gain a clearer basis for distinguishing urgent integrity concerns from conditions suitable for planned monitoring, subject to engineering assessment and applicable requirements.

Stronger Compliance and Audit Readiness

Pipeline operators need reliable evidence that inspection, assessment, repair, and monitoring activities are managed in accordance with applicable requirements. The programme reinforces the importance of traceable inspection records, documented technical decisions, assigned responsibilities, and verification of completed actions.

A more consistent approach to documentation helps organisations prepare for internal reviews, management assurance activities, and regulatory inspections. It also supports clearer demonstration of how integrity threats are identified, assessed, and managed.

Improved Cross-Functional Coordination

Pipeline integrity depends on effective collaboration among operations, engineering, inspection, maintenance, corrosion control, health and safety, and asset management teams. When these functions work with consistent terminology and assessment criteria, integrity concerns can be communicated and resolved more efficiently.

The course promotes shared understanding of inspection limitations, defect significance, operational restrictions, and intervention priorities. This reduces the risk of important technical findings being misunderstood or delayed as they move between departments.

More Consistent Performance Monitoring

Organisations can use the principles covered in the programme to strengthen performance indicators for inspection completion, overdue corrective actions, repeat defects, repair effectiveness, and the quality of integrity records. These indicators provide a basis for reviewing programme performance and identifying recurring weaknesses.

The resulting information supports management reviews, maintenance planning, resource allocation, and continuous improvement. Rather than treating inspections as isolated activities, organisations can evaluate how effectively the overall integrity management process controls operational risk.

Personal impact

The Hazardous Liquid Pipeline Inspection and Integrity Management Training Course strengthens the technical judgement and operational awareness of professionals involved in pipeline inspection, engineering, maintenance, and asset management. Participants gain a more integrated understanding of how pipeline condition information supports decisions throughout the asset lifecycle.

Enhanced Technical Inspection Knowledge

Participants develop a stronger understanding of pipeline deterioration mechanisms, inspection technologies, and the factors influencing inspection effectiveness. They learn to distinguish between inspection observations, engineering assessments, and decisions requiring additional evidence or specialist review.

This knowledge improves their ability to engage with inspection reports, identify information gaps, and ask more precise technical questions when reviewing pipeline condition.

Improved Defect Evaluation Skills

The programme strengthens participants' understanding of defect classification, anomaly assessment, corrosion evaluation, and repair prioritisation. Participants learn how defect dimensions, location, operating conditions, material characteristics, and assessment methods influence the significance of inspection findings.

They also gain a clearer understanding of the limits of their professional responsibilities and when specialist engineering analysis is necessary.

Stronger Risk-Based Decision-Making

Participants improve their ability to connect inspection findings with operational consequences and maintenance requirements. They learn to assess competing priorities, interpret risk information, and communicate why particular assets require further investigation or intervention.

These capabilities support more effective participation in integrity reviews, maintenance planning meetings, and operational risk discussions.

Better Reporting and Communication

The course reinforces the importance of concise technical reporting, evidence-based recommendations, and accurate integrity records. Participants gain a clearer approach to communicating defect significance, inspection limitations, proposed actions, and follow-up requirements to technical and non-technical stakeholders.

Improved communication supports stronger collaboration between field teams, engineers, supervisors, and management.

Greater Professional Versatility

Professionals gain a broader perspective on the relationship between pipeline inspection, corrosion management, facility assessment, regulatory obligations, and asset reliability. This integrated understanding supports greater versatility across pipeline operations, inspection management, maintenance engineering, and asset integrity functions.

Increased Contribution to Organisational Improvement

Participants are better equipped to identify gaps in inspection coverage, question inconsistent records, recommend improvements to inspection planning, and contribute to the evaluation of integrity performance. They can apply the programme's principles to strengthen existing procedures and support continuous improvement within their organisations.

Who should attend

  • Pipeline Integrity Engineers: To strengthen integrity assessments, defect evaluation, risk prioritisation, and intervention planning.

  • Pipeline Inspection Engineers: To improve inspection method selection, inspection planning, and interpretation of condition data.

  • Pipeline Inspectors: To develop a more systematic understanding of deterioration mechanisms, inspection findings, and reporting requirements.

  • Asset Integrity Managers: To improve oversight of integrity programmes, asset condition reviews, and maintenance priorities.

  • Pipeline Operations Managers: To connect inspection findings with operating decisions, asset reliability, and operational risk controls.

  • Maintenance Managers and Planners: To improve the prioritisation, coordination, and verification of pipeline repairs and maintenance activities.

  • Corrosion Engineers and Specialists: To strengthen the assessment of corrosion threats, coating performance, cathodic protection, and monitoring strategies.

  • Mechanical and Pipeline Engineers: To expand their understanding of pipeline condition assessment, defect significance, and integrity-related engineering decisions.

  • Inspection Supervisors and Coordinators: To improve the consistency of inspection execution, reporting, contractor coordination, and corrective action follow-up.

  • Pumping Station and Terminal Engineers: To strengthen pipeline facility assessment across pumps, valves, manifolds, piping systems, and associated equipment.

  • Health, Safety and Environmental Professionals: To better understand pipeline failure scenarios, hazardous liquid release consequences, and integrity-related risk controls.

  • Risk and Compliance Professionals: To improve their understanding of integrity evidence, risk evaluation, documented controls, and compliance assurance.

  • Technical Auditors and Assurance Personnel: To assess the quality and traceability of inspection records, integrity decisions, and corrective action management.

  • Engineering and Operations Supervisors: To strengthen technical oversight and coordination between field activities, engineering assessments, and management decisions.

  • Technical Consultants and Contract Specialists: To improve their understanding of pipeline integrity requirements when supporting inspection, assessment, maintenance, or asset management projects.

Course outline

This module establishes the foundations of hazardous liquid pipeline integrity management and examines how pipeline operators identify, assess, and control threats throughout the asset lifecycle. Participants explore the relationship between pipeline design, construction quality, operating conditions, maintenance history, and inspection evidence.

The module examines common integrity threats, including external corrosion, internal corrosion, stress-related cracking, mechanical damage, manufacturing or construction defects, ground movement, and third-party interference. Participants consider how threat identification informs inspection planning and how changes in operating conditions influence integrity priorities. The module also introduces the importance of asset registers, baseline condition information, historical records, and clearly assigned integrity management responsibilities.

  1. API Recommended Practice 1160

    • Establishes recognised guidance for managing the integrity of hazardous liquid pipeline systems.

    • Addresses the identification and assessment of pipeline threats and the development of integrity management activities.

    • Supports risk-based inspection planning, evaluation of integrity information, and the selection of appropriate preventive and mitigative measures.

    • Provides a framework for integrating inspection results, risk assessments, corrective actions, and ongoing programme improvement.

    • Helps organisations establish a systematic process for managing pipeline integrity rather than relying on individual inspection activities in isolation.

    Learning Outcomes

    • Explain the principal components of a hazardous liquid pipeline integrity management programme.

    • Identify common threats affecting pipeline materials, operating systems, and supporting infrastructure.

    • Distinguish between active deterioration mechanisms and external threats to pipeline integrity.

    • Explain how design information, operating history, and inspection records contribute to threat assessment.

    • Identify the information required to establish an initial pipeline condition and integrity baseline.

    • Describe how risk assessments influence inspection priorities and integrity management decisions.

    • Recognise the importance of documented responsibilities, technical reviews, and corrective action tracking.

    • Explain how changes in asset condition or operating circumstances affect integrity management priorities.

This module examines the inspection methods used to evaluate hazardous liquid pipeline condition and identify defects that affect structural integrity. Participants explore the capabilities, limitations, and appropriate applications of in-line inspection, external inspection, non-destructive testing, wall-thickness measurement, and pressure testing.

The module focuses on translating inspection requirements into an effective inspection strategy. Participants examine the importance of selecting suitable inspection technologies, preparing pipeline sections for inspection, assessing data quality, and understanding the limitations of inspection tools. The module also considers how operators compare inspection results over time to identify changes in corrosion, defect dimensions, and other indicators of deterioration.

  1. API Standard 1163

    • Addresses the qualification of in-line inspection systems used to assess pipeline condition.

    • Provides a recognised basis for evaluating inspection system performance and the reliability of reported results.

    • Supports the assessment of inspection tool capabilities in relation to specific defect types and pipeline characteristics.

    • Reinforces the importance of understanding inspection limitations, data quality, and uncertainty when interpreting results.

    • Helps pipeline operators evaluate whether inspection findings provide sufficient evidence for subsequent engineering assessment.

    Learning Outcomes

    • Compare common pipeline inspection technologies and their intended applications.

    • Explain the role of in-line inspection in identifying and characterising pipeline anomalies.

    • Identify the factors influencing inspection method selection, including pipeline configuration, material, access, and expected deterioration mechanisms.

    • Interpret the basic structure and terminology of pipeline inspection reports.

    • Recognise the distinction between reported anomalies and confirmed integrity defects.

    • Evaluate inspection data quality and identify circumstances requiring further technical review.

    • Explain how repeat inspections support the monitoring of defect progression and changes in pipeline condition.

    • Identify the importance of inspection tool qualification, data validation, and documented assessment assumptions.

    • Connect inspection findings with decisions about additional examination, engineering assessment, and corrective action.

This module examines corrosion and material degradation as significant threats to hazardous liquid pipeline integrity. Participants explore the causes and consequences of internal and external corrosion, coating deterioration, inadequate corrosion protection, and operating conditions that accelerate metal loss.

The module also introduces the principles of evaluating inspection findings and determining the significance of identified defects. Participants examine wall-thickness measurements, corrosion profiles, defect dimensions, material properties, and operating information as inputs to engineering assessment. Emphasis is placed on understanding assessment limitations, documenting technical assumptions, and referring complex defects for appropriate specialist evaluation.

  1. AMPP SP0169

    • Provides recognised practices for controlling external corrosion on underground or submerged metallic piping systems.

    • Addresses corrosion control measures associated with protective coatings and cathodic protection.

    • Supports the evaluation of corrosion control practices and the identification of potential deficiencies.

    • Helps organisations establish a systematic approach to external corrosion prevention and monitoring.

    • Provides a recognised technical reference for evaluating external corrosion control requirements in relevant pipeline applications.

    Learning Outcomes

    • Explain the principal mechanisms of internal and external corrosion affecting liquid pipelines.

    • Identify operating, environmental, and material factors that influence corrosion rates.

    • Describe the role of coatings and cathodic protection in controlling external corrosion.

    • Interpret basic corrosion monitoring information and recognise indications of inadequate protection.

    • Explain how wall-thickness measurements and corrosion profiles contribute to condition assessment.

    • Identify the information required to evaluate reported metal loss and other material defects.

    • Recognise the limitations of inspection measurements and the need to consider measurement uncertainty.

    • Explain the relationship between defect dimensions, pipeline material properties, operating conditions, and structural integrity.

    • Identify when further engineering assessment, additional inspection, or specialist analysis is necessary.

    • Recommend appropriate follow-up activities based on documented findings and applicable assessment procedures.

This module extends pipeline integrity principles to the facilities and equipment that support hazardous liquid transportation. Participants examine the integrity requirements associated with pumping stations, valves, manifolds, connecting pipework, pressure control equipment, metering installations, and other relevant piping systems.

The module considers how equipment condition, pressure and flow conditions, vibration, mechanical loading, leakage, corrosion, and maintenance history influence facility integrity. Participants also explore the relationship between inspection findings, isolation planning, repair selection, work execution, and return-to-service decisions. Particular attention is given to coordinating pipeline and facility assessments so that equipment interfaces do not create gaps in integrity assurance.

  1. ASME B31.4

    • Covers the design, materials, construction, inspection, testing, operation, and maintenance of applicable pipeline transportation systems for liquids and slurries.

    • Provides recognised engineering requirements for evaluating relevant liquid pipeline systems and associated components within its scope.

    • Supports the assessment of piping integrity, operating conditions, and the suitability of inspection and maintenance activities.

    • Helps engineering teams establish consistent technical criteria for applicable pipeline transportation installations.

    • Requires users to identify the relevant code edition, system boundaries, and applicable provisions when evaluating a specific asset.

    Learning Outcomes

    • Identify the principal components requiring consideration during pipeline facility assessment.

    • Explain how the condition of valves, pumps, manifolds, and associated pipework affects system integrity.

    • Recognise facility deterioration indicators, including corrosion, leakage, vibration, mechanical damage, and abnormal operating behaviour.

    • Explain how inspection coverage should account for asset interfaces and supporting equipment.

    • Identify the importance of safe isolation, work planning, and operational coordination before repair activities.

    • Compare the considerations involved in selecting temporary and permanent repair approaches, subject to engineering approval and applicable requirements.

    • Explain the importance of repair verification, inspection records, and controlled return-to-service decisions.

    • Identify circumstances requiring further engineering evaluation or specialist assessment.

    • Apply a structured approach to documenting facility condition, inspection findings, and recommended corrective actions.

This module integrates inspection findings, defect evaluation, operational risk, and maintenance planning into a structured approach to integrity decision-making. Participants examine how pipeline operators determine priorities by considering defect severity, failure likelihood, potential consequences, operating conditions, and the effectiveness of existing preventive and mitigative controls.

The module also addresses regulatory compliance, integrity documentation, performance monitoring, and continuous improvement. Participants explore how operators maintain traceable evidence of inspection activities, document assessment decisions, monitor corrective actions, and review the effectiveness of integrity management measures. The emphasis is on ensuring that inspection findings lead to appropriate decisions, that identified concerns receive timely attention, and that management has reliable information for overseeing pipeline integrity.

  1. 49 CFR Part 195

    • Establishes United States federal requirements for the transportation of hazardous liquids by pipeline within its applicable scope.

    • Addresses pipeline design, construction, testing, operation, maintenance, and related safety requirements.

    • Includes requirements relevant to pipeline integrity management, assessment, and corrective measures for covered pipeline operators.

    • Provides a regulatory reference for understanding operator responsibilities and maintaining appropriate technical records.

    • Requires operators to determine which provisions apply to their pipelines, operating activities, and regulatory jurisdiction.

    Learning Outcomes

    • Explain the principles of risk-based pipeline integrity decision-making.

    • Evaluate how defect characteristics, failure likelihood, and potential consequences influence intervention priorities.

    • Distinguish between conditions requiring urgent escalation and those suitable for planned assessment or monitoring, subject to engineering evaluation.

    • Explain how regulatory obligations and recognised standards influence inspection, assessment, maintenance, and documentation practices.

    • Identify the records required to support traceable integrity decisions and demonstrate completion of corrective actions.

    • Develop a structured approach to tracking inspection findings, repair recommendations, and outstanding integrity concerns.

    • Identify relevant indicators for monitoring inspection programme effectiveness and pipeline integrity performance.

    • Explain how repeat defects, overdue actions, and recurring deterioration inform management reviews.

    • Recommend improvements to inspection planning, risk assessment, reporting, and corrective action management.

    • Integrate technical evidence and operational considerations into a documented integrity management decision.

Certificate

Upon successful completion of the Hazardous Liquid Pipeline Inspection and Integrity Management Training Course, attendees receive a Certificate of Completion from Institute For Oil & Gas Training.

The certificate recognises completion of the training programme. Attendees must meet the course attendance requirement established by Institute For Oil & Gas Training and participate in the required programme activities. The certificate confirms course completion and does not represent a professional licence or third-party certification.

Course dates

  • Europe

    Middle East

    Asia

    Africa

    North America

    Online

    Fee: £4,500

  • Europe

    Middle East

    Asia

    Africa

    North America

    Online

    Fee: £4,500

  • Europe

    Middle East

    Asia

    Africa

    North America

    Online

    Fee: £4,500

  • Europe

    Middle East

    Asia

    Africa

    North America

    Online

    Fee: £4,500

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 Hazardous Liquid Pipeline Inspection and Integrity Management Training Course about?

The course develops practical knowledge of hazardous liquid pipeline inspection, integrity assessment, corrosion control, defect evaluation, facility assessment, and operational risk management. It explains how inspection findings support maintenance decisions, risk reduction, regulatory compliance, and pipeline reliability.

Who should attend this pipeline integrity training course?

The course is suitable for pipeline inspectors, integrity engineers, corrosion specialists, maintenance planners, operations managers, asset integrity professionals, inspection supervisors, and technical assurance personnel. It also benefits professionals taking on responsibilities for pipeline condition assessment and integrity management.

What inspection methods and technologies does the course cover?

The programme examines in-line inspection, non-destructive testing, wall-thickness measurement, external inspection, corrosion monitoring, and pressure testing. Participants explore the selection, capabilities, limitations, and interpretation of these methods in relation to pipeline condition and identified integrity threats.

How does the course help organisations manage operational risk?

The course explains how to connect inspection findings with defect assessment, risk evaluation, maintenance priorities, and corrective actions. This supports better-informed decisions, more consistent inspection planning, improved documentation, and stronger coordination between inspection, engineering, maintenance, and operations teams.

Will participants receive a certificate after completing the course?

Yes. Attendees receive a Certificate of Completion from Institute For Oil & Gas Training upon finishing the programme and meeting the established attendance requirement. The certificate confirms course completion and is not a professional licence or third-party certification.

Next: 02 Nov 2026

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