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Institute For Oil & Gas Training
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API RP 574 Inspection Practices for Piping System Components Training Course

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

The API RP 574 Inspection Practices for Piping System Components Training Course by Institute For Oil & Gas Training develops the technical capability required to inspect piping components, assess deterioration, and support the mechanical integrity of oil and gas facilities. This professional programme focuses on the practical application of the API 574 standard, equipping inspection personnel, engineers, maintenance specialists, and asset integrity professionals with structured approaches to piping component inspection, corrosion assessment, condition evaluation, and inspection planning.

Piping systems are essential to the safe and reliable operation of refineries, petrochemical plants, gas processing facilities, offshore installations, and pipeline-related infrastructure. These systems transport hydrocarbons, process fluids, steam, chemicals, and other materials under operating conditions that expose piping components to corrosion, erosion, mechanical damage, thermal stress, and other forms of deterioration. Failure to identify these threats at an appropriate stage increases the risk of leaks, unplanned shutdowns, equipment damage, production losses, and safety incidents.

The API RP 574 Inspection Practices for Piping System Components Training Course addresses the gap between routine visual checks and a systematic, risk-informed understanding of piping condition. Effective inspection requires more than recognising visible defects. Personnel must understand piping configurations, component functions, deterioration mechanisms, inspection locations, examination methods, and the significance of inspection findings. They must also communicate results accurately and support decisions concerning maintenance, repair, further examination, and continued service.

The course examines the principles of piping inspection practices through the recognised guidance provided by API Recommended Practice 574, which addresses the inspection of piping system components. Participants develop a practical understanding of inspection requirements for pipes, fittings, valves, flanges, and associated components. The programme also explores the relationship between inspection findings, corrosion mechanisms, operating conditions, and asset integrity decisions.

Corrosion assessment forms a central part of the learning experience. Participants examine how internal and external corrosion, localised metal loss, erosion, corrosion under insulation, and other degradation mechanisms influence piping condition. They learn to identify areas requiring closer examination, interpret available inspection information, recognise limitations in inspection evidence, and contribute to technically sound recommendations. The course also considers the importance of documenting observations and maintaining traceable inspection records.

For organisations operating complex oil and gas assets, consistent inspection practices support the early identification of deterioration and improve the quality of maintenance planning. A structured approach to piping component inspection helps inspection teams establish priorities, direct examination towards vulnerable locations, and communicate equipment condition to engineering and operations stakeholders. These capabilities strengthen mechanical integrity management and support decisions based on the actual condition of piping systems.

Delivered by Institute For Oil & Gas Training, this course connects recognised inspection guidance with the practical demands of industrial operations. It supports professionals responsible for inspection execution, engineering assessment, maintenance coordination, and asset integrity assurance. By developing a consistent understanding of API 574 standard principles and their relationship with complementary industry standards, the programme helps organisations improve inspection quality, strengthen technical reporting, and manage piping integrity throughout the operating lifecycle.

Objectives

  • Interpret the purpose, scope, and application of API Recommended Practice 574 in the inspection of piping system components.

  • Identify the principal components of process piping systems and understand their inspection considerations.

  • Apply systematic piping inspection practices to support consistent examination and documentation.

  • Recognise common deterioration mechanisms affecting piping components in oil and gas operating environments.

  • Identify areas susceptible to corrosion, erosion, localised metal loss, and corrosion under insulation.

  • Understand the role of visual inspection and appropriate non-destructive examination methods in evaluating piping condition.

  • Review inspection findings and historical records to identify deterioration trends and areas requiring further investigation.

  • Understand the importance of wall-thickness measurements and reliable inspection data when evaluating piping condition.

  • Recognise the limitations of inspection observations and the need for specialist engineering assessment where required.

  • Improve the accuracy, consistency, and traceability of piping inspection reports.

  • Relate inspection findings to maintenance planning, repair recommendations, and future examination requirements.

  • Understand how API 574 works alongside complementary piping inspection, design, and damage mechanism standards.

  • Strengthen communication between inspection, engineering, maintenance, and operations personnel.

  • Support risk-informed inspection planning and the continued integrity of piping systems throughout their service life.

Training methodology

Institute For Oil & Gas Training uses an industry-focused delivery approach that connects established inspection principles with practical oil and gas operating scenarios. The methodology combines technical presentations, guided discussions, inspection case studies, defect identification exercises, and structured problem-solving activities. Each learning activity reinforces the relationship between inspection evidence, deterioration mechanisms, operating conditions, and the decisions required to maintain piping system integrity.

Technical Presentations and Guided Discussions

Structured presentations introduce the principles of API RP 574, piping component terminology, inspection planning, and recognised examination practices. Guided discussions clarify how these principles apply across refineries, gas processing plants, petrochemical facilities, and offshore environments.

Participants examine the responsibilities of inspection personnel and the information required to make inspection findings useful to engineering, maintenance, and operations teams. Discussions also address common challenges, including incomplete inspection histories, inconsistent reporting, difficult access, and uncertainty when evaluating visible deterioration.

Practical Inspection Case Studies

Case studies present representative piping inspection situations involving corrosion, erosion, external damage, leakage indicators, and deterioration around component connections. Participants review inspection observations, identify potential degradation mechanisms, and determine which additional information is needed before recommending further action.

These exercises reinforce the difference between recording a visible condition and establishing its engineering significance. Participants practise developing clear findings that distinguish observed evidence from suspected causes and identify appropriate follow-up activities.

Piping Component Identification Exercises

Component-focused exercises develop familiarity with pipes, elbows, tees, reducers, flanges, valves, branches, and other piping elements. Participants consider how component geometry, service conditions, material selection, and operating history influence inspection requirements.

The exercises also examine locations where turbulence, changes in flow direction, dead legs, deposits, or environmental exposure contribute to localised deterioration. This approach helps participants develop a more systematic understanding of inspection coverage and component-specific vulnerabilities.

Corrosion Assessment and Defect Evaluation

Participants work through representative corrosion assessment scenarios involving general wall loss, localised metal loss, pitting, erosion, corrosion under insulation, and other common piping degradation mechanisms. The activities focus on identifying evidence, understanding measurement limitations, reviewing historical inspection results, and recognising when specialist engineering evaluation is necessary.

The methodology reinforces the importance of using appropriate inspection techniques and reliable records when assessing piping condition. Participants also examine how findings influence decisions about additional non-destructive examination, repair planning, monitoring, and escalation.

Inspection Reporting and Decision-Making

Reporting exercises require participants to convert inspection observations into concise, technically useful records. They practise identifying component locations, describing defects, recording examination findings, and communicating recommendations with appropriate supporting evidence.

Group discussions explore how inspection reports inform maintenance work orders, integrity assessments, operating restrictions, and future inspection plans. This strengthens the connection between field inspection and the wider asset management process.

Group Exercises and Operational Scenarios

Collaborative exercises simulate the coordination required between inspectors, corrosion engineers, maintenance planners, operations personnel, and asset integrity teams. Participants assess inspection priorities, review competing maintenance demands, and discuss the information required to support defensible decisions.

The scenarios emphasise consistent procedures, clear communication, evidence-based recommendations, and appropriate escalation of significant findings. By applying these principles to realistic industrial situations, participants strengthen their ability to contribute to safe, reliable, and efficient piping system management.

Organisational impact

The API RP 574 Inspection Practices for Piping System Components Training Course supports organisations seeking to improve the reliability, consistency, and effectiveness of piping inspection activities. By strengthening the capabilities of personnel responsible for inspection and asset integrity, Institute For Oil & Gas Training helps organisations establish a more structured approach to identifying deterioration and managing inspection findings.

Improved Piping Integrity and Reliability

Consistent application of piping inspection practices helps organisations identify deterioration before it progresses to a more serious condition. Personnel who understand component-specific vulnerabilities are better equipped to recognise potential problem areas, request appropriate examinations, and communicate the significance of observed defects.

This supports more informed decisions concerning maintenance, repairs, monitoring, and continued operation. Better visibility of piping condition also helps organisations reduce uncertainty when evaluating the mechanical integrity of critical process systems.

More Effective Corrosion Management

Corrosion and erosion can progressively reduce piping wall thickness and compromise component integrity. A stronger understanding of corrosion mechanisms helps inspection teams identify susceptible locations and recognise patterns in inspection results.

Improved corrosion assessment supports the identification of deterioration trends, better targeting of follow-up inspections, and more effective communication between inspectors and corrosion specialists. Organisations can use these capabilities to improve the quality of their corrosion management programmes and focus resources on areas requiring attention.

Reduced Risk of Unplanned Shutdowns

Undetected piping deterioration can contribute to leaks, equipment damage, emergency repairs, and interruptions to production. Structured inspection practices improve the organisation's ability to identify and escalate significant findings.

Although training alone cannot eliminate equipment failures, better inspection decisions and more reliable reporting support earlier intervention and more controlled maintenance planning. This contributes to operational continuity and reduces avoidable disruption associated with piping integrity problems.

Better Inspection Planning and Resource Allocation

Inspection resources are most effective when examination activities address credible deterioration mechanisms and relevant component vulnerabilities. The course develops an understanding of inspection prioritisation, examination coverage, and the importance of historical condition data.

Organisations can apply these principles to improve inspection plans, coordinate access requirements, and direct specialist resources towards locations that warrant further assessment. This supports more disciplined maintenance scheduling and reduces unnecessary duplication of inspection activities.

Stronger Safety and Operational Risk Management

Piping systems frequently transport hazardous, flammable, corrosive, or high-temperature fluids. Defects in these systems can expose personnel, equipment, and surrounding facilities to significant hazards.

A structured approach to piping component inspection strengthens the identification and communication of conditions requiring further evaluation. Personnel also develop a clearer understanding of escalation requirements and the importance of communicating significant findings promptly to responsible engineering and operations teams.

Improved Inspection Records and Traceability

Reliable inspection records provide the basis for comparing historical and current conditions, identifying changes in deterioration rates, and supporting future engineering decisions. Consistent documentation also improves communication between site teams, contractors, technical specialists, and management.

The course reinforces the importance of accurate component identification, clear defect descriptions, recorded measurements, and evidence-based recommendations. These practices support more dependable inspection histories and improve the usefulness of information for audits, integrity reviews, and maintenance planning.

More Consistent Technical Decision-Making

Differences in inspection experience and reporting practices can result in inconsistent assessments across facilities and operating teams. A common understanding of API 574 principles helps organisations establish clearer expectations for inspection execution and documentation.

This improves alignment between inspection personnel, corrosion engineers, maintenance planners, and operations managers. It also supports better decisions about additional examination, repair requirements, and the need for specialist assessment.

Stronger Standards-Based Inspection Practices

Understanding API 574 alongside related industry standards helps organisations distinguish between inspection guidance, piping design requirements, inspection programme requirements, and damage mechanism information. This supports more appropriate use of technical references when reviewing component condition and preparing recommendations.

The resulting capability strengthens the organisation's inspection framework without treating a single recommended practice as a substitute for applicable engineering codes, site procedures, or regulatory obligations.

Improved Maintenance Efficiency

Clearer inspection findings and more consistent recommendations help maintenance teams prepare work scopes, identify required materials, arrange access, and coordinate repairs. Better communication between inspection and maintenance personnel reduces uncertainty during work preparation.

Organisations can assess the value of these improvements through operational indicators such as inspection report completeness, the time taken to close inspection findings, overdue follow-up actions, repeat defects, and the proportion of planned maintenance completed as scheduled.

Personal impact

The API RP 574 Inspection Practices for Piping System Components Training Course strengthens the technical and professional capabilities of personnel involved in piping inspection and asset integrity. Participants gain a structured approach to interpreting inspection requirements, recognising deterioration, and communicating findings in a way that supports sound engineering decisions.

Enhanced Technical Inspection Knowledge

Participants develop a clearer understanding of piping components, their functions, and their inspection considerations. They learn how operating conditions, component geometry, materials, and service history influence inspection priorities and examination methods.

This knowledge supports more confident participation in inspection activities across refineries, petrochemical plants, gas processing facilities, and offshore installations.

Improved Defect Recognition

The course develops the ability to recognise common forms of piping deterioration and distinguish between visible symptoms and the underlying mechanisms requiring investigation. Participants strengthen their understanding of corrosion, erosion, pitting, localised metal loss, and other integrity concerns.

These skills help personnel identify observations that require further examination and communicate when specialist assessment is necessary.

Stronger Inspection Reporting Skills

Participants learn to prepare clearer inspection records, document relevant observations, and present findings in a structured format. They develop an appreciation of the importance of accurate measurements, component identification, supporting evidence, and traceable recommendations.

Improved reporting capability helps inspectors communicate more effectively with engineering, maintenance, and operations stakeholders.

Better Analytical and Problem-Solving Capability

The programme encourages participants to examine inspection evidence in the context of operating conditions, historical findings, and credible deterioration mechanisms. They learn to identify gaps in available information and determine when additional examination or engineering input is required.

This supports more disciplined technical reasoning and reduces the likelihood of making unsupported conclusions from incomplete inspection observations.

Greater Confidence in Cross-Functional Coordination

Piping integrity management requires cooperation between inspection teams, corrosion specialists, reliability engineers, maintenance planners, and operations personnel. Participants develop a stronger understanding of the information each function requires and how inspection findings contribute to wider asset decisions.

This improves their ability to discuss defects, explain inspection priorities, and support coordinated responses to piping integrity concerns.

Stronger Professional Development

Knowledge of API 574 principles is relevant to professionals seeking to expand their responsibilities in piping inspection, fixed equipment integrity, corrosion management, and maintenance engineering. The course provides a practical foundation for further development in industry-recognised inspection practices.

The Certificate of Completion issued by Institute For Oil & Gas Training records successful completion of the training programme. It does not represent an API-issued certification or an independent professional inspection qualification.

Who should attend

  • Piping Inspectors: Strengthen component inspection practices, defect recognition, and reporting consistency.

  • Mechanical Integrity Engineers: Improve the use of inspection evidence when evaluating piping condition and supporting integrity decisions.

  • Corrosion Engineers and Specialists: Develop a more structured understanding of inspection findings associated with corrosion and other deterioration mechanisms.

  • Inspection Engineers: Improve inspection planning, examination coverage, and the technical evaluation of component condition.

  • Non-Destructive Testing Personnel: Understand how NDT findings contribute to piping condition assessment and the identification of areas requiring further evaluation.

  • Maintenance Engineers: Connect inspection findings with repair planning, maintenance priorities, and work preparation.

  • Reliability Engineers: Use piping condition information to support reliability improvement and reduce recurring equipment problems.

  • Asset Integrity Professionals: Strengthen the integration of piping inspection results into asset integrity management processes.

  • Plant and Facilities Engineers: Improve understanding of piping system vulnerabilities and inspection-related operational risks.

  • Operations Engineers and Supervisors: Recognise piping integrity concerns and understand the importance of timely reporting and escalation.

  • Inspection Supervisors and Team Leaders: Establish more consistent inspection expectations and improve the quality of technical reporting.

  • Maintenance Planners and Coordinators: Improve the interpretation of inspection recommendations when preparing maintenance scopes and schedules.

  • Quality Assurance and Quality Control Personnel: Strengthen familiarity with inspection documentation, technical records, and standards-based inspection processes.

  • Technical Managers and Department Heads: Improve oversight of inspection quality, resource allocation, and piping integrity performance.

  • Contractors and Service Providers: Develop a stronger understanding of piping inspection expectations within oil and gas operating facilities.

Course outline

Piping inspection begins with an understanding of the system's configuration, operating conditions, materials, and service history. This module establishes the technical foundation for applying recognised inspection practices to piping components and understanding how inspection activities contribute to mechanical integrity.

Participants examine the purpose and scope of API RP 574, the responsibilities of inspection personnel, and the importance of identifying component locations and inspection requirements. The module also considers the relationship between inspection findings, operating risks, maintenance planning, and continued service decisions.

  1. API 574

    • Provides recommended practices for inspecting piping system components in the petroleum and petrochemical industries.

    • Addresses inspection considerations for components such as pipes, fittings, valves, and associated piping elements.

    • Supports the identification of inspection locations, examination requirements, and conditions requiring further evaluation.

    • Provides guidance for understanding inspection findings in relation to piping service and component condition.

    Learning Outcomes

    • Explain the purpose and practical application of API RP 574.

    • Identify common piping components and describe their principal functions.

    • Explain how operating conditions and service history influence inspection requirements.

    • Recognise the responsibilities of inspection personnel within a mechanical integrity programme.

    • Distinguish between routine observations, formal inspection findings, and issues requiring engineering assessment.

    • Describe how piping inspection supports reliability, operational safety, and maintenance planning.

Effective inspection requires a structured approach to component selection, examination coverage, and the identification of locations susceptible to deterioration. This module examines inspection practices for piping components, including pipes, elbows, tees, reducers, flanges, valves, branch connections, and supporting elements.

Participants explore the influence of geometry, fluid flow, process conditions, accessibility, and environmental exposure on inspection requirements. The module also addresses inspection preparation, visual examination, measurement considerations, and the importance of reviewing historical inspection records when planning subsequent examinations.

  1. API 570

    • Establishes the scope and principles of in-service inspection, rating, repair, and alteration for applicable piping systems.

    • Provides a recognised framework for piping inspection programmes and the management of inspection findings.

    • Addresses responsibilities associated with inspection activities and the evaluation of piping system condition.

    • Complements API RP 574 by connecting component-level inspection practices with broader in-service piping inspection management.

    Learning Outcomes

    • Identify inspection considerations for common piping components and connections.

    • Explain how component geometry and operating conditions influence examination requirements.

    • Describe the role of visual examination in identifying visible damage, leakage indicators, and surface deterioration.

    • Recognise locations requiring additional attention because of flow disturbances, environmental exposure, or known degradation.

    • Review available inspection histories to identify changes in component condition.

    • Contribute to inspection plans that define examination locations, relevant techniques, and documentation requirements.

    • Explain the importance of coordinating inspection activities with maintenance and operations teams.

Understanding deterioration mechanisms is essential for interpreting inspection findings and identifying piping components that require further investigation. This module examines common damage mechanisms affecting process piping, including general corrosion, localised corrosion, pitting, erosion, corrosion under insulation, and other forms of service-related degradation.

Participants explore the relationship between material characteristics, process conditions, fluid properties, operating temperature, and the development of damage. The module also considers how inspection evidence and historical measurements support corrosion assessment, deterioration trending, and decisions about further examination. Emphasis is placed on recognising the limits of visual observations and the need for appropriate engineering evaluation.

  1. API 571

    • Describes damage mechanisms affecting fixed equipment in petroleum and petrochemical industry service.

    • Explains the conditions associated with different forms of deterioration and the materials commonly affected.

    • Supports the identification of credible damage mechanisms when reviewing operating conditions and inspection findings.

    • Complements API RP 574 by providing additional technical context for understanding the causes and characteristics of piping deterioration.

    Learning Outcomes

    • Recognise common corrosion and erosion mechanisms affecting piping systems.

    • Explain how operating environments and process conditions influence material degradation.

    • Identify inspection locations potentially susceptible to localised metal loss and other deterioration.

    • Interpret basic inspection observations in the context of credible damage mechanisms.

    • Explain the role of wall-thickness measurements and historical inspection data in evaluating condition.

    • Identify circumstances that require additional examination or specialist corrosion assessment.

    • Communicate deterioration concerns using clear technical descriptions supported by available evidence.

Non-destructive examination provides information about piping condition without requiring the component to be destructively tested. This module examines the role of appropriate examination methods in supporting piping component inspection, including visual testing, ultrasonic thickness measurement, and other relevant non-destructive testing techniques.

Participants consider the suitability of examination methods for different defect types, component geometries, materials, and access conditions. The module also addresses measurement reliability, examination limitations, the interpretation of recorded results, and the importance of using appropriately qualified personnel and suitable procedures. Practical scenarios reinforce the need to distinguish between an examination result and the engineering conclusion drawn from that result.

  1. ASME BPVC Section V

    • Provides recognised requirements and methods for non-destructive examination within the scope of the applicable construction code or referencing document.

    • Covers examination methods used to identify and evaluate discontinuities in materials and components.

    • Addresses technical considerations relevant to examination procedures, equipment, and the application of specified methods.

    • Supports the appropriate selection and execution of examination techniques while recognising that acceptance criteria depend on the applicable code or specification.

    Learning Outcomes

    • Explain the role of non-destructive examination in piping integrity assessment.

    • Identify common examination methods and describe their principal applications.

    • Understand the use of ultrasonic thickness measurements when evaluating piping wall condition.

    • Recognise factors affecting measurement reliability and the interpretation of examination results.

    • Explain why examination methods must be selected according to the suspected defect, component configuration, and applicable requirements.

    • Identify situations requiring further examination, repeat measurements, or specialist technical review.

    • Document examination findings in a way that supports traceability and subsequent engineering assessment.

Inspection findings create value when they lead to clear, technically justified actions. This module focuses on the interpretation, documentation, and communication of piping inspection results within a wider mechanical integrity programme. Participants examine how inspection reports support maintenance planning, defect evaluation, repair decisions, follow-up examination, and the management of equipment condition.

The module also explores the relationship between piping inspection guidance, process piping design requirements, and broader integrity management responsibilities. Participants work through scenarios involving deterioration findings, incomplete inspection evidence, and competing maintenance priorities. The emphasis is on accurate reporting, appropriate escalation, and recommendations that remain within the responsibilities and competence of the personnel involved.

  1. ASME B31.3

    • Establishes requirements for process piping design, materials, fabrication, examination, inspection, and testing within its scope.

    • Provides engineering requirements relevant to the integrity of piping systems used in process facilities.

    • Supports the evaluation of piping requirements in relation to applicable design conditions and code provisions.

    • Complements inspection guidance by providing a relevant process piping code reference for engineering decisions concerning piping integrity.

    Learning Outcomes

    • Prepare structured inspection records that identify components, findings, measurements, and relevant supporting evidence.

    • Distinguish documented observations from suspected damage mechanisms and conclusions requiring engineering confirmation.

    • Explain how inspection findings support maintenance planning and the prioritisation of follow-up actions.

    • Identify circumstances requiring escalation to inspection engineers, corrosion specialists, or other responsible technical personnel.

    • Understand how relevant design codes and inspection standards contribute different requirements to piping integrity decisions.

    • Communicate inspection recommendations clearly to maintenance, engineering, and operations teams.

    • Identify practical indicators for reviewing inspection quality, reporting completeness, and the timely closure of findings.

Certificate

Participants who complete the API RP 574 Inspection Practices for Piping System Components Training Course receive a Certificate of Completion from Institute For Oil & Gas Training.

The certificate confirms completion of the training programme and supports professional development records. Participants must meet the institute's attendance requirement for the course to receive the certificate. The certificate is not an API-issued certification and does not independently authorise the holder to perform regulated inspection activities or replace any separately required professional qualification.

Course dates

  • Europe

    Middle East

    Asia

    Africa

    North America

    Online

    Fee: £3,700

  • Europe

    Middle East

    Asia

    Africa

    North America

    Online

    Fee: £3,700

  • Europe

    Middle East

    Asia

    Africa

    North America

    Online

    Fee: £3,700

  • Europe

    Middle East

    Asia

    Africa

    North America

    Online

    Fee: £3,700

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 API RP 574 Inspection Practices for Piping System Components Training Course?

The course is a professional training programme delivered by Institute For Oil & Gas Training that develops practical knowledge of piping component inspection, corrosion assessment, defect identification, non-destructive examination, and inspection reporting. It focuses on applying API RP 574 principles to improve the quality and consistency of piping inspection activities in oil and gas facilities.

Who should attend this API 574 training course?

The course is suitable for piping inspectors, mechanical and inspection engineers, corrosion specialists, NDT personnel, maintenance engineers, reliability professionals, asset integrity teams, and operations supervisors. It is also relevant to technical managers responsible for piping inspection programmes and equipment integrity.

What topics are covered in the course?

The programme covers five modules addressing piping inspection fundamentals, component examination and inspection planning, corrosion mechanisms and condition assessment, non-destructive examination and inspection data interpretation, and inspection reporting and mechanical integrity decisions. Participants also explore API 574 and related industry standards, including API 570, API 571, ASME BPVC Section V, and ASME B31.3.

How is the course delivered?

Institute For Oil & Gas Training uses technical presentations, guided discussions, industrial case studies, component identification exercises, corrosion assessment scenarios, and inspection reporting activities. These methods help participants connect recognised inspection guidance with practical challenges encountered in refineries, petrochemical plants, gas processing facilities, and offshore installations.

Will participants receive a certificate after completing the course?

Yes. Participants who complete the training programme and meet the institute's attendance requirement receive a Certificate of Completion from Institute For Oil & Gas Training. The certificate confirms completion of the course and is not an API-issued certification or a replacement for any separately required professional inspection qualification.

Next: 02 Nov 2026

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