This program aims to provide delegates with a comprehensive understanding of how to use a combined predictive and preventive maintenance approach coupled with proper failure monitoring to achieve maximum reliability and performance from rotating equipment
Course Objectives Rotating Equipment Optimisation with Continuous Reliability Improvement (CRI)
Apply the proven methodologies and templates which are introduced
Focus on key areas of reliability
Understand the nature of failure and how this affects the performance of rotating equipment
Make the right maintenance choices for strategic equipment
Reduce the impact of plant downtime
Unlock the true potential of all of their people
Day 1
Understanding the link between Reliability and competitive advantage
Definition of Reliability
Probability of failure
Reliability metrics
Strategic Importance of Reliability
Assessing current performance
Making the right strategic choices
Day 2
Using reliability modeling to establish inherent reliability
Basic modeling building blocks
Deterministic models
Probabilistic models
Markov chains
Monte Carlo models
Case study examples
Day 3
Understanding the nature of failures in order to make the best response
Origins of failure
Failure types
Six common patterns
Analysing failure patterns
Weibull analysis
Maintenance tasks
Day 4
Optimising your failure management to ensure that maintenance is cost-effective
Risk assessment & criticality
Equipment functions
Functional failures
Failure modes and effects analysis
Failure consequences
Maintenance task selection
Producing a practical maintenance plan
Day 5
Setting up a continuous reliability improvement process in order to improve performance
Assessing the improvement potential versus the costs
Obtaining senior management support
Establishing the project framework
Technical aspects
Human considerations
Likely results
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