Corrosion Engineering in Oil and Gas Training Course

Course Category : Oil & Gas Management

Corrosion engineering is a fundamental pillar of asset integrity management in the oil and gas industry, directly influencing operational safety, environmental protection, and regulatory compliance. This course equips participants with an integrated understanding of corrosion engineering within asset integrity systems, focusing on practical corrosion control, risk-based inspection, and lifecycle management of pipelines and equipment operating in complex environments.
Duration: 5 Training Days
Level: Advanced.

Starts On

13 - September - 2026

Ends On

17 - September - 2026

Location

United Arab Emirates (UAE) - Dubai

Language

Arabic

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Targeted Audience

  • Integrity and Static Equipment Engineers / Managers
  • Inspection Engineers and Supervisors
  • Operations and Maintenance Professionals / Managers
  • Asset and Project Managers
  • Executives and Managers focused on continuous improvement
  • Team Leaders and Senior Engineers in AIM
  • System development and implementation teams

Targeted Skills

  • Integrating corrosion engineering with asset integrity management
  • Analysing asset degradation and damage mechanisms
  • Applying barrier management and safety-critical elements
  • Implementing Risk-Based Inspection (RBI)
  • Developing integrity and corrosion performance indicators

Expected Outcomes

  • Explain asset integrity elements and their role in corrosion control.
  • Analyse degradation and damage mechanisms affecting asset lifecycle.
  • Apply barrier management and Safety Critical Elements (SCE).
  • Use RBI methodology to manage inspection and corrosion risks.
  • Develop an integrated corrosion engineering strategy within AIM.
  • Measure integrity performance using KPIs.

Training Topics Index

  • Integrity elements and dependencies
  • Asset integrity lifecycle
  • Concept selection and engineering design
  • Operation, modification, and maintenance
  • Decommissioning

  • Hard and soft barriers
  • Bow-Tie methodology
  • Safety Critical Elements (SCE)
  • Performance standards
  • Verification and assurance

  • Degradation and damage mechanisms
  • Bathtub curve and failure types
  • Operational corrosion management
  • Standards and recommended practices

  • RBI history and methodology
  • Written schemes of examination
  • Inspection planning and scheduling
  • Pipeline integrity management

  • Leading and lagging KPIs
  • Integrity strategy development
  • Data management and CMMS
  • Asset integrity review and reporting