Condition Based Maintenance of Services Engineering in Complex Buildings

Condition Based Maintenance of Services Engineering in Complex Buildings

OBJECTIVES

• Best Practice Maintenance.
• Mapping the Business Challenges to Asset Management Challenges.
•  Identifying Key Asset Management Challenges.
• Relationship between Business and Asset Management Challenges.
• Identification of the Asset Management Enablers.

WHO SHOULD ATTEND?

The course is aimed at all senior engineering personnel, engineers, facilities managers, Maintenance superintendents and technicians across the spectrum who is involved in setting up or improving Condition-Based Maintenance.

COURSE OUTLINE

Maintenance Objectives:
 Best Practice Maintenance.
 Mapping the Business Challenges to Asset Management Challenges.
 Identifying Key Asset Management Challenges.
 Relationship between Business and Asset Management Challenges.
 Identification of the Asset Management Enablers.

Maintenance Strategies of Services Plant:
 Introduction of Maintenance Strategies:
 On-Failure.
 Fixed Time.
 Condition Based.
 Design Out.
 Advantages and Disadvantages for Each Strategy.
 Factors Affecting the Need for All Four Strategies.
 Maintenance Strategy vs. Equipment Failure.

Assessing Criticality of Services Plant:
 Assessment of Criticality.
 Factors affecting Criticality
 Safety.
 Environment. • Cost of Downtime.
 Impact on Customers and Customer value.
 Cost of Repair and Secondary Damage.
 Workshop Case studies- Equipment Criticality at an Industrial Site, Hospital Buildings and Shopping Centers.

Condition Monitoring Techniques of Services Plant
 Condition Monitoring as the Facilitator for CBM
 Types of Measurement – Accuracy, Reliability and Frequency Considerations.
 Range and Availability of Condition Monitoring Techniques.
 Analysis of the Main Techniques in use today.
 Standards for Condition Monitoring.
 Fault Diagnosis for a Range of Machine Types.
 Non-destructive Techniques for Diagnosing Defects.
 Web Based Tools/ Techniques for Condition Monitoring.
 Reliability and Management of Tools.
 Case Studies (Unblocking Drainage System, Flood Detection Techniques)

Creating an Optimized Maintenance Plan: REM & RCM
 The Need for Optimizing Maintenance
 The Origins of RCM
 Reliability Centered Maintenance (RCM)
 Review of Equipment Maintenance (REM)
 RCM or REM? Case Study:
 Course overview