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Institute For Oil & Gas Training
OGI-1278 New

Corrosion Control in Ammonia/Urea Manufacturing Training Course

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

Corrosion Control in Ammonia/Urea Manufacturing is a specialised industrial training course from Institute For Oil & Gas Training that equips professionals with the technical knowledge and operational skills required to manage ammonia plant corrosion, urea plant corrosion and degradation across critical process equipment. Designed for organisations involved in oil and gas processing, gas-based fertiliser production, petrochemical operations and industrial chemical manufacturing, the course focuses on identifying corrosion mechanisms, assessing equipment condition, implementing corrosion prevention measures and maintaining the integrity of assets operating under demanding process conditions.

Ammonia and urea manufacturing facilities depend on complex process systems that handle high temperatures, elevated pressures, reactive chemicals and corrosive process streams. Equipment such as synthesis vessels, heat exchangers, condensers, reactors, piping networks, compressors and storage systems must maintain reliable performance throughout their operating life. Corrosion damage in these systems creates operational challenges, including unplanned shutdowns, product contamination, equipment failure, production losses and increased maintenance expenditure. Effective corrosion management therefore remains an essential element of asset integrity and operational reliability.

Ammonia plant corrosion presents distinct challenges because of the interaction between process chemistry, operating conditions, material selection and equipment design. Depending on the process configuration, damage mechanisms include hydrogen-related degradation, high-temperature corrosion, stress corrosion cracking, erosion-corrosion and deterioration associated with unsuitable operating conditions. Urea plant corrosion introduces additional concerns associated with ammonium carbamate, process condensates and other aggressive chemical environments. The performance of materials in synthesis equipment, stripping systems, condensers and associated piping depends on appropriate material selection, process control and effective maintenance practices.

The Corrosion Control in Ammonia/Urea Manufacturing Training Course addresses the need for coordinated corrosion management across engineering, operations, inspection and maintenance functions. Participants examine how process chemistry influences material degradation, how corrosion mechanisms develop under specific operating conditions and how engineering teams identify the most appropriate inspection and mitigation measures. The programme connects corrosion theory with practical industrial decisions, helping personnel recognise early warning signs, evaluate equipment risks and prioritise corrective action.

A central focus of the course is the relationship between corrosion prevention and long-term equipment reliability. Organisations require more than periodic inspections to control corrosion effectively. They need systematic approaches that integrate operating data, inspection findings, materials engineering, process monitoring, maintenance planning and risk assessment. Participants explore how these activities support informed decisions regarding equipment suitability, inspection intervals, repair methods and replacement priorities.

The course also addresses the importance of understanding the limitations of corrosion control methods. Protective materials, corrosion inhibitors, process chemistry adjustments, operating controls and mechanical repairs each serve different purposes. Their effectiveness depends on the corrosion mechanism, process conditions, equipment configuration and compatibility with the manufacturing process. Participants develop a structured approach to selecting control measures based on the identified degradation mechanism rather than relying on generic solutions.

For oil and gas organisations supplying feedstock to ammonia plants, operating integrated fertiliser facilities or managing chemical processing assets, corrosion control directly supports production continuity and responsible asset management. The programme helps personnel connect equipment condition with process performance, maintenance costs and operational risk. It also encourages stronger communication between engineering, inspection, operations and maintenance teams, ensuring that corrosion-related decisions reflect the wider requirements of the facility.

Delivered by Institute For Oil & Gas Training, this course provides a practical framework for managing corrosion in ammonia and urea manufacturing environments. Participants gain a clearer understanding of degradation mechanisms, inspection strategies, materials performance and corrosion mitigation techniques. The resulting capability supports more consistent technical decisions, improved maintenance prioritisation and stronger control of equipment integrity across critical process systems.

Objectives

  • Explain the principal corrosion mechanisms affecting ammonia and urea manufacturing equipment.

  • Identify operating conditions that increase the risk of process equipment corrosion.

  • Distinguish between general corrosion, pitting, erosion-corrosion, stress corrosion cracking and hydrogen-related degradation.

  • Explain how ammonia and urea process chemistry influences material performance and equipment reliability.

  • Recognise corrosion risks associated with ammonium carbamate environments and other aggressive process streams.

  • Assess the importance of material selection and material compatibility in corrosive operating environments.

  • Interpret inspection findings and identify indicators of active corrosion or progressive equipment deterioration.

  • Evaluate the role of thickness monitoring, visual inspection and non-destructive testing in corrosion management.

  • Apply structured methods to prioritise corrosion findings according to equipment criticality and potential consequences.

  • Identify appropriate corrosion prevention and mitigation measures for different equipment and process conditions.

  • Explain how operating discipline, process monitoring and maintenance practices influence corrosion rates.

  • Support the development of corrosion monitoring plans and equipment inspection strategies.

  • Evaluate repair, replacement and continued-operation considerations using relevant engineering requirements.

  • Improve coordination between operations, inspection, materials engineering and maintenance teams.

  • Contribute to more effective corrosion management procedures and long-term asset integrity planning.

Training methodology

The Corrosion Control in Ammonia/Urea Manufacturing Training Course delivered by Institute For Oil & Gas Training follows an industry-focused approach that combines technical instruction, practical exercises, equipment-based scenarios and structured problem-solving. The training reflects the operating requirements of ammonia and urea manufacturing facilities, where corrosion management decisions depend on process chemistry, material compatibility, equipment criticality, production demands and safe operating practices.

Technical Presentations and Facilitated Discussions

Participants explore the fundamental principles of corrosion science and their application to ammonia and urea manufacturing. Discussions focus on the relationship between electrochemical corrosion, material degradation, process chemistry and operating conditions. Practical examples involving piping systems, pressure equipment, heat exchangers and chemical processing units help participants connect technical principles with equipment integrity challenges.

Industrial Case Studies

Industrial case studies examine equipment deterioration, inspection findings, maintenance interventions and the operational consequences of corrosion. Participants review each scenario, identify potential degradation mechanisms and determine what additional evidence is required before recommending corrective action. This approach reinforces the importance of evidence-based assessment and accurate identification of corrosion damage.

Equipment and Process Scenarios

Practical scenarios focus on corrosion affecting ammonia synthesis systems, urea manufacturing equipment, condensers, process piping, heat exchangers and associated utility systems. Participants assess how temperature, pressure, chemical composition, material condition and process deviations influence equipment integrity. These exercises improve their understanding of the relationship between local operating conditions and corrosion behaviour.

Inspection and Condition Assessment Exercises

Participants examine representative inspection reports, thickness measurements, visual observations and non-destructive testing findings. They practise interpreting inspection evidence, identifying equipment requiring further investigation and distinguishing between immediate repair requirements and longer-term monitoring needs. These exercises demonstrate how inspection information supports risk-based maintenance planning and equipment integrity assessments.

Group Problem-Solving Activities

Group exercises encourage participants to examine corrosion problems from different professional perspectives. Operations personnel consider process stability, inspection specialists evaluate evidence of degradation, maintenance teams assess repair options and engineers review material suitability. This collaborative approach demonstrates the value of multidisciplinary decision-making in developing consistent corrosion management strategies.

Risk Assessment and Prioritisation Exercises

Participants evaluate equipment scenarios to determine the significance of identified corrosion findings. They consider the likelihood of deterioration, potential failure consequences, operating conditions and the effectiveness of existing safeguards. These exercises strengthen their ability to prioritise inspection activities, recommend corrective measures and allocate maintenance resources according to equipment risk.

Action Planning and Workplace Application

The programme concludes with practical activities focused on applying the knowledge gained within participants' organisations. Attendees identify opportunities to strengthen corrosion monitoring, improve inspection documentation, refine maintenance planning and enhance communication between technical departments. Recommended actions are aligned with established site procedures, engineering requirements and available resources.

Practical Application of Corrosion Management Principles

The training methodology connects corrosion science with operational decision-making through technical discussions, case studies and equipment-specific scenarios. Participants develop a systematic approach to investigating corrosion problems, evaluating equipment condition and selecting appropriate mitigation measures. This practical focus strengthens their contribution to corrosion prevention, maintenance planning and asset integrity management.

Organisational impact

Effective corrosion management is essential for maintaining the reliability, safety and commercial performance of ammonia and urea manufacturing facilities. The Corrosion Control in Ammonia/Urea Manufacturing Training Course from Institute For Oil & Gas Training helps organisations improve their approach to identifying equipment deterioration, assessing corrosion risks and implementing appropriate control measures.

Improved Equipment Reliability

Corrosion-related equipment failures disrupt production and increase maintenance demands. By developing a stronger understanding of degradation mechanisms, personnel can identify vulnerable equipment, investigate abnormal operating conditions and recommend corrective measures before damage becomes more severe. This supports the reliable operation of critical piping systems, pressure vessels, heat exchangers and other process equipment.

Reduced Unplanned Maintenance and Production Disruption

Unexpected equipment deterioration often leads to emergency repairs, production restrictions and unplanned shutdowns. The course helps participants assess corrosion concerns by considering inspection findings, process conditions and maintenance history. This knowledge supports better maintenance planning and enables organisations to prioritise interventions according to equipment condition and operational importance.

More Effective Maintenance Expenditure

Corrosion management requires careful planning of inspection, repair and replacement activities. A structured assessment approach helps technical teams distinguish between equipment requiring immediate attention and assets suitable for planned monitoring. Organisations gain a stronger basis for allocating maintenance resources, coordinating work schedules and addressing significant degradation risks.

Stronger Process Safety Management

Corrosion can weaken containment boundaries, pressure-retaining components and process piping. Improving personnel competence in corrosion identification and assessment helps organisations recognise conditions that require further investigation or escalation. The course reinforces the importance of engineering reviews, established inspection procedures and appropriate authorisation when making decisions that affect equipment integrity.

Better Materials and Engineering Decisions

Material compatibility directly affects the performance of equipment exposed to ammonia, urea, carbamate solutions and associated process streams. Participants develop a clearer understanding of how operating environments influence material suitability. This knowledge supports informed engineering decisions concerning material selection, equipment modifications, repair methods and replacement specifications.

Improved Inspection Effectiveness

Inspection programmes provide valuable information when findings are interpreted correctly and translated into appropriate actions. The course strengthens participants' ability to connect observed damage with potential corrosion mechanisms, identify limitations in available evidence and determine when further examination is necessary. Organisations benefit from clearer inspection recommendations and more effective follow-up activities.

More Consistent Corrosion Prevention

Reactive maintenance alone does not provide a comprehensive approach to corrosion control. The course examines the contribution of process monitoring, operating controls, suitable materials, inspection planning and preventive maintenance to equipment integrity. Integrating these activities helps organisations manage deterioration systematically and maintain equipment within established operating limits.

Enhanced Cross-Functional Collaboration

Effective corrosion management requires cooperation between operations, process engineering, materials specialists, inspection teams and maintenance personnel. A shared technical understanding improves discussions about degradation mechanisms, repair options and operational restrictions. The programme supports clearer responsibilities, consistent reporting and better coordination during corrosion investigations.

Improved Technical Documentation and Decision-Making

Accurate records of corrosion findings, equipment condition, process deviations and corrective actions provide an important basis for future engineering assessments. Participants learn the importance of documenting evidence, explaining recommendations and maintaining traceability between identified risks and completed interventions. These practices improve maintenance history reviews and support future inspection planning.

Stronger Operational Governance

Recognised engineering standards and inspection practices provide a structured foundation for corrosion management. The course introduces relevant standards in their appropriate technical contexts, helping personnel understand their application to inspection, materials selection and equipment integrity decisions. Organisations remain responsible for identifying and applying the specific legal, technical and site requirements relevant to their facilities.

Overall, the programme supports stronger technical assessments, more disciplined maintenance prioritisation and improved coordination of corrosion-related activities. The actual benefits achieved depend on the application of the training, the quality of site information and the implementation of appropriate engineering controls.

Personal impact

The Corrosion Control in Ammonia/Urea Manufacturing Training Course develops the practical knowledge and professional capabilities required to address corrosion challenges in ammonia and urea production environments. Participants learn to assess equipment condition systematically, communicate technical findings clearly and contribute to decisions that influence plant reliability and asset integrity.

Deeper Understanding of Corrosion Mechanisms

Participants develop the ability to recognise different forms of corrosion and understand the conditions that contribute to material degradation. They learn to distinguish between general corrosion, localised attack, cracking-related damage and other degradation mechanisms affecting process equipment. This knowledge improves their ability to investigate corrosion concerns and identify appropriate areas for further assessment.

Greater Confidence in Technical Assessments

The course provides a structured approach to reviewing operating conditions, inspection findings and equipment history. Participants become better equipped to identify relevant technical questions, recognise gaps in available information and support recommendations with appropriate evidence. This improves their contribution to corrosion investigations and equipment integrity reviews.

Improved Equipment Integrity Awareness

Participants gain a stronger understanding of the relationship between corrosion, containment integrity and operational reliability. They develop the ability to recognise equipment conditions that require additional inspection, engineering evaluation or escalation through established site procedures. This awareness supports more responsible decision-making in industrial environments.

Enhanced Inspection and Maintenance Planning Skills

The programme explains how corrosion findings influence inspection priorities, repair decisions and maintenance schedules. Participants learn to contribute more effectively to discussions with inspectors, maintenance supervisors, reliability engineers and equipment specialists. These skills support coordinated maintenance activities and better management of corrosion-related work.

Stronger Materials Selection Knowledge

Participants improve their understanding of material compatibility and the influence of process chemistry on equipment performance. This knowledge helps them contribute to materials reviews, equipment specifications and corrosion mitigation discussions. They also develop a clearer appreciation of the relationship between service conditions, material properties and long-term equipment reliability.

Improved Problem-Solving Capability

Through case studies and practical scenarios, participants practise investigating possible corrosion mechanisms, reviewing supporting evidence and comparing mitigation options. This structured approach strengthens their ability to address technical problems methodically and avoid recommendations based solely on assumptions. It also improves their ability to identify when specialist assessment or additional inspection is required.

Better Communication Across Technical Teams

The course establishes a shared technical foundation for discussing corrosion concerns with colleagues across different disciplines. Participants improve their ability to explain equipment risks, document inspection observations and communicate the technical reasoning behind recommended actions. These capabilities support more effective collaboration between operations, engineering, inspection and maintenance functions.

Greater Contribution to Organisational Performance

Participants gain practical knowledge that supports equipment reliability, maintenance efficiency and asset integrity management. They become better prepared to contribute to corrosion prevention initiatives, technical reviews and maintenance improvement activities. The programme also provides a foundation for continued professional development in corrosion control, materials engineering and industrial equipment integrity.

Who should attend

  • Corrosion Engineers: Strengthen the assessment of corrosion mechanisms and develop more effective prevention and mitigation strategies.

  • Materials Engineers: Improve understanding of material compatibility, degradation mechanisms and material performance in aggressive process environments.

  • Inspection Engineers: Enhance the interpretation of inspection findings and support the selection of appropriate follow-up assessments.

  • Plant Integrity Engineers: Integrate corrosion findings into equipment integrity reviews, maintenance priorities and longer-term asset management plans.

  • Reliability Engineers: Connect corrosion-related failure mechanisms with equipment reliability assessments and preventive maintenance strategies.

  • Process Engineers: Understand how process chemistry, temperature, pressure and operating conditions influence equipment degradation.

  • Chemical Engineers: Apply process knowledge to the assessment of corrosion risks in ammonia and urea manufacturing systems.

  • Production and Operations Engineers: Recognise corrosion indicators associated with abnormal operating conditions and support appropriate operational responses.

  • Plant and Shift Supervisors: Improve coordination of corrosion reporting, operational monitoring and maintenance escalation.

  • Maintenance Engineers: Strengthen decisions concerning corrosion-related repairs, replacement planning and equipment maintenance requirements.

  • Maintenance Supervisors and Planners: Improve the prioritisation and coordination of corrosion-related work orders and planned interventions.

  • Non-Destructive Testing Personnel: Develop a stronger understanding of how examination findings relate to corrosion mechanisms and equipment integrity.

  • Quality Assurance and Quality Control Professionals: Understand the importance of material verification, repair quality and documented engineering requirements.

  • Asset Management Professionals: Incorporate corrosion-related risks into equipment lifecycle planning and asset performance reviews.

  • Technical Managers and Engineering Managers: Improve oversight of corrosion management strategies, inspection resources and cross-functional technical decisions.

  • Fertiliser Plant Personnel: Build specialist knowledge relevant to the integrity challenges of ammonia synthesis, urea synthesis and associated processing systems.

  • Oil and Gas Processing Professionals: Develop transferable corrosion management knowledge applicable to gas processing and integrated chemical production facilities.

  • Project and Commissioning Engineers: Strengthen awareness of corrosion considerations during equipment specification, installation, commissioning and operational handover.

  • Technical Consultants and Engineering Contractors: Improve their ability to evaluate corrosion-related issues and contribute to equipment integrity assignments.

Course outline

This module establishes the technical foundation for understanding corrosion in ammonia and urea manufacturing environments. Participants examine the relationship between material properties, process chemistry, operating conditions and equipment degradation. The emphasis is on recognising the principal mechanisms that affect the reliability of industrial process systems.

The module also explores how corrosion develops across different equipment types and why a single control method is not appropriate for every damage mechanism. Participants examine the importance of distinguishing between general material loss, localised corrosion, cracking and other forms of deterioration when assessing equipment condition.

  1. ISO 8044

    • Defines terminology associated with corrosion of metals and alloys.

    • Establishes a common technical vocabulary for discussing corrosion mechanisms and material degradation.

    • Supports consistent communication between engineering, inspection and maintenance personnel.

    • Provides a foundation for interpreting corrosion-related technical documentation.

    Learning Outcomes

    • Explain the fundamental principles of corrosion and material degradation.

    • Identify major corrosion mechanisms affecting process equipment.

    • Describe how operating conditions influence corrosion behaviour.

    • Distinguish between general corrosion, pitting, erosion-corrosion and cracking-related damage.

    • Explain the importance of accurate damage mechanism identification.

    • Relate corrosion mechanisms to equipment reliability and maintenance requirements.

This module focuses on ammonia plant corrosion and the degradation mechanisms associated with ammonia synthesis, gas processing and related equipment. Participants examine the influence of temperature, pressure, hydrogen exposure, process gas composition and material characteristics on equipment performance.

The module considers the importance of evaluating equipment operating conditions and material suitability when investigating corrosion concerns. Particular attention is given to hydrogen-related damage, high-temperature degradation, stress corrosion cracking and other mechanisms relevant to selected ammonia production processes. The applicability of each mechanism depends on the plant design, materials and actual operating environment.

  1. API 571

    • Describes recognised damage mechanisms affecting fixed equipment in refining and related process industries.

    • Supports the identification and assessment of degradation mechanisms associated with process environments.

    • Helps engineers connect operating conditions and materials with potential damage.

    • Provides technical guidance for corrosion and equipment integrity investigations.

    Learning Outcomes

    • Identify corrosion concerns associated with ammonia production systems.

    • Explain the significance of hydrogen-related damage in susceptible materials.

    • Recognise operating conditions associated with high-temperature degradation.

    • Assess the influence of material selection on equipment resistance to degradation.

    • Identify information required to investigate suspected corrosion damage.

    • Relate process conditions and equipment history to suitable inspection and mitigation measures.

This module examines urea plant corrosion, with emphasis on equipment exposed to ammonium carbamate and other chemically aggressive process environments. Participants explore the corrosion challenges associated with synthesis equipment, strippers, condensers, process piping and associated systems.

The module considers how process chemistry, temperature, concentration, material condition and operating practices affect corrosion behaviour. Participants also examine the importance of selecting suitable materials, monitoring operating conditions and maintaining effective corrosion control practices throughout the equipment lifecycle.

  1. ISO 21457

    • Addresses materials selection and corrosion control for oil and gas production systems.

    • Provides principles for evaluating materials in relation to service environments.

    • Supports consideration of corrosion mechanisms during engineering design and materials selection.

    • Offers a useful framework for understanding material compatibility and corrosion control decisions.

    Learning Outcomes

    • Explain the principal corrosion concerns associated with urea manufacturing.

    • Describe the influence of ammonium carbamate environments on susceptible materials.

    • Identify equipment requiring particular attention because of its process exposure.

    • Explain the relationship between material selection and corrosion resistance.

    • Assess the importance of process monitoring in controlling corrosion.

    • Identify suitable considerations for corrosion prevention in urea production systems.

This module examines the techniques used to identify, monitor and assess process equipment corrosion. Participants review the role of visual inspection, thickness measurements, non-destructive testing and operating data in determining equipment condition.

The module also addresses the interpretation of inspection findings and the importance of relating evidence to the likely damage mechanism. Participants examine how equipment criticality, potential failure consequences, degradation history and inspection confidence contribute to maintenance prioritisation and decisions concerning further examination.

  1. API 580

    • Establishes principles for risk-based inspection programmes.

    • Supports the assessment of equipment failure likelihood and consequences.

    • Helps organisations prioritise inspection activities according to risk.

    • Provides a framework for integrating inspection findings into equipment integrity planning.

    Learning Outcomes

    • Explain the purpose of corrosion inspection and monitoring programmes.

    • Identify inspection techniques relevant to different corrosion concerns.

    • Interpret basic thickness monitoring and inspection information.

    • Recognise limitations in inspection findings and identify additional information requirements.

    • Evaluate the significance of corrosion findings using a structured risk-based approach.

    • Support inspection prioritisation and maintenance planning through documented technical assessments.

This module brings together the principles of corrosion identification, materials performance, inspection and operational control. Participants examine how organisations develop coordinated corrosion management strategies for ammonia and urea manufacturing facilities, including the selection of mitigation measures and the integration of corrosion findings into maintenance programmes.

The module also considers the importance of documenting decisions, reviewing recurring damage and evaluating the effectiveness of corrective actions. Participants develop a practical approach to improving corrosion prevention through engineering controls, suitable operating practices, planned inspection and cooperation between technical departments.

  1. API 510

    • Establishes inspection, rating, repair and alteration requirements for applicable in-service pressure vessels.

    • Supports decisions concerning pressure vessel integrity and continued service.

    • Provides a recognised basis for evaluating inspection findings and repair requirements.

    • Helps personnel understand the importance of qualified assessment and documented engineering decisions.

    Learning Outcomes

    • Identify suitable corrosion prevention and mitigation measures for different service environments.

    • Explain how material compatibility, operating controls and maintenance practices contribute to corrosion control.

    • Support the prioritisation of corrosion-related repairs and corrective actions.

    • Describe how inspection findings inform asset integrity decisions.

    • Develop practical recommendations for strengthening corrosion management procedures.

    • Improve communication between operations, inspection, engineering and maintenance teams.

    • Contribute to continuous improvement in equipment reliability and corrosion prevention.

Certificate

Attendees who successfully complete the Corrosion Control in Ammonia/Urea Manufacturing Training Course receive a Certificate of Completion from Institute For Oil & Gas Training.

The certificate confirms completion of the training programme and participation in its learning activities. Attendees must satisfy the course attendance requirement established by Institute For Oil & Gas Training to receive the certificate.

The Certificate of Completion recognises participation in the training course. It does not constitute a professional licence, statutory authorisation or independent technical certification unless separately specified by an authorised certifying body.

Course dates

  • Europe

    Middle East

    Asia

    Africa

    North America

    Online

    Fee: £3,600

  • Europe

    Middle East

    Asia

    Africa

    North America

    Online

    Fee: £3,600

  • Europe

    Middle East

    Asia

    Africa

    North America

    Online

    Fee: £3,600

  • Europe

    Middle East

    Asia

    Africa

    North America

    Online

    Fee: £3,600

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 Corrosion Control in Ammonia/Urea Manufacturing Training Course about?

The course focuses on identifying, assessing and controlling corrosion in ammonia and urea manufacturing facilities. It covers corrosion mechanisms, material compatibility, inspection techniques, risk assessment, corrosion prevention and asset integrity management. Participants learn to connect process conditions and inspection findings with practical equipment reliability decisions.

Who should attend this corrosion control training course?

The course is intended for corrosion engineers, materials engineers, inspection engineers, process engineers, reliability professionals, maintenance personnel, plant operators and engineering managers. It is particularly relevant to professionals responsible for the integrity of ammonia synthesis systems, urea production equipment, process piping and associated industrial assets.

How does the course address ammonia plant corrosion and urea plant corrosion?

The programme examines the different corrosion challenges associated with ammonia and urea manufacturing. It considers hydrogen-related damage and other relevant mechanisms in ammonia production, alongside the aggressive chemical environments encountered in urea synthesis systems. Participants also explore material selection, inspection, process monitoring and mitigation strategies appropriate to the equipment and operating environment.

What practical skills will participants gain from the training?

Participants develop skills in corrosion mechanism identification, inspection finding interpretation, equipment risk assessment and corrosion mitigation planning. They also learn to evaluate the influence of process conditions on material degradation and contribute to maintenance prioritisation, technical reporting and asset integrity decisions. Case studies and equipment scenarios connect these skills with practical industrial requirements.

Will attendees receive a certificate after completing the course?

Yes. Attendees who complete the Corrosion Control in Ammonia/Urea Manufacturing Training Course and satisfy the attendance requirement receive a Certificate of Completion from Institute For Oil & Gas Training. The certificate recognises completion of the training programme and does not represent a separate professional licence or statutory qualification.

Next: 26 Oct 2026

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