Achieving Excellence in Asset Integrity Management
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Achieving Excellence in Asset Integrity Management Course
Introduction:
In order to maximize returns on investments, an Asset Integrity Management (AIM) program serves as a framework that integrates design, maintenance, inspection, process, operations, and management ideas.
Course Objectives:
- Manage assets in the petroleum industry in a sustainable and safe manner.
- Assess & control Asset Integrity of operational assets in production & process systems.
- Perform integrity management on the topside and subsea systems.
- Realize the overall asset process in a systems engineering perspective.
- Use of adaptive technologies and techniques in engineering projects.
Who Should Attend?
- Engineering Asset Management & Asset Integrity Management personnel
- Technical Safety personnel
- Engineers involved in maintenance and modification projects
- Inspection and maintenance analysis and planning personnel
- Project managers and project engineers
- Technical discipline responsible personnel
Course Outlines:
Moving from Asset Management to Integrity Management
Offshore Asset Management
- Introduction to the concept of offshore AM
- Role of ISO 55000 (or PAS 55 1&2)
Offshore Integrity Management
- Introduction to the concept of offshore IM
- Role of human factor and integrity
Offshore Asset Integrity Management
- Introduction to the concept of offshore AI (i.e. design, operational and technical integrity) management
- Relationship of human factor and technology in asset integrity control
Asset Integrity Management & Tools to Maintain Rotating Equipment
Approaches Used for Asset Integrity Management
- Introduction to approaches used for AIM
- Current trends towards asset IM
Reliability Centered Maintenance & Failure Mode Criticality & Effects Analysis
- Introduction to RCM, regulatory requirements and standards
- Running RCM projects
Maintenance Planning of Rotating Equipment: Topside
- Introduction to standards
- Functional failure analysis and consequence classification
Risk-Based Integrity Management & Role of KPIs
Integrity Management (Risk-Based Approach) of Static Process Equipment: Topside
- Standards and regulatory requirements for IM: risk-based inspections
- Integrity assessment and control of topside systems: challenges in inspection planning and execution
Integrity Management (Risk-Based Approach) of Subsea Systems
- Standards and regulatory requirements for subsea systems’ IM
- Integrity assessment and control of subsea systems
Asset Integrity Measures/Key Performance Indicators (KPI’s)
- Introduction to performance measurement and performance measures
- Performance indicator prioritization approach(s) for asset integrity assurance
Maintenance Performance Indicators & Barrier Management
Maintenance Performance Indicators & Measures
- Introduction to guidelines and standards
- Traditional measures used in the oil and gas industry vs. future challenges in remote and harsh environments
Smarter Maintenance Recording
- Introduction to safety-critical equipment and barrier management
- Prioritization of safety-critical equipment maintenance and assigning safety-critical status vs. current challenges
Recent Developments on Asset Integrity
- Documentation and standard work practices: lean approach
- Managing the change: continuous improvement for sustainable performance and organizational alignment
Technology Qualification & Managing Engineering Projects
Role of Technology Qualification in the Petroleum Industry
- Introduction to regulatory requirements and standards
- Technology qualification case from remote operations
Managing Engineering Projects with Variable Activity Durations
- Introduction to project management and standards
- Role of planning, scheduling and crashing
Engineering Project Crashing
- Introduction to project crashing approaches
- How to accelerate projects optimized resource allocation