Objective:
Reliability engineering and predictive maintenance have two major objectives: preventing catastrophic failures of critical plant production systems and avoiding deviations from acceptable performance levels that result in personal injury, environmental impact, capacity loss, or poor product quality. Unfortunately, these events will occur no matter how effective the reliability program. Therefore, a viable program also must include a process for fully understanding and correcting the root causes that lead to events having an impact on plant performance.
This course provides a logical approach to problem resolution. The method can be used to accurately define deviations from acceptable performance levels, isolate the root causes of equipment failures, and develop cost-effective corrective actions that prevent recurrence.
Root Cause Analysis provides the concepts needed to effectively perform industrial troubleshooting investigations. It describes the methodology to perform root cause analysis (RCA), one of the hottest topics currently in maintenance engineering. It also includes detailed equipment design and troubleshooting guidelines, which are needed to perform RCA on machinery found in most production facilities.
This course is designed to provide the delegate with a thorough overview of the Root Cause Analysis (RCA) process coupled with a sound knowledge of the underlying principles. The fundamental principles are established and then built upon using a combination of advanced presentation techniques, informal delegate instructor interaction and formal scripted syndicate and individual exercises. The course begins by defining RCA and then considers generic plant equipment troubleshooting examples.
The subsequent modules cover the analytical tools used by the RCA Analyst and address the requirements of each stage of the RCA methodology. A short conclusion session rounds off the day and allows the delegates to consolidate their knowledge and allows points of clarification to be addressed.
Course Agenda:
Introduction to Root Cause Failure Analysis
RCA; Address the cause, not just the symptom
Root Cause Investigation Concept
Root Cause; Definition
Root Cause Analysis; Basics
Accidents and Failures; the iceberg model
Symptom approach Vs. Root Cause
Root Cause Investigation Process
RCA Applications
RCFA in the Maintenance Management System
Maintenance and Maintenance Management
Maintenance Revolutions and Policies
RCFA; a proactive maintenance strategy
Machinery Failure Prevention
Zero-Failure performance
Proximate causes and Root Causes
Machinery and equipment Failure causes
Root Cause Failure Analysis; The concept
Root Cause Analysis Defined
The Root System; Physical, Human, and Latent root Causes
Root Cause identification
The Loss Causation Model
RCA; Objective, purpose, and effectiveness.
Personal requirement
When to use?
Process of RCA
How to make RCFA a successful business improvement strategy?
Root Cause Analysis Techniques
5 why process
Cause Mapping
Cause and Effect Analysis (Fishbone Analysis)
Fault Tree Analysis
Sequence of event analysis
Root Cause Failure Analysis methodology
Reporting an Incident or Problem.
Systems and boundaries
Perceived cause of problem
Event-reporting format
Incident Classification.
Data Gathering.
Interviews
Questions to ask
Type of interviews
Collecting physical evidence
Analyze sequence of Events
Design Review.
Minimum design data
Acceptable Operating Envelope
Application / Maintenance Review.
Installation
Standard Operating Procedures (SOPs) and Practices
Maintenance history
Maintenance procedures and practices
Observations and Measurements.
Determining the Root Cause.
Evaluating Potential Corrective actions
Cost – Benefit Analysis.
Report and Recommendations.
Verify Corrective Action.
To register, call 01067385500 or 01064749611 or send an email to; training@resglobal.org
www.resglobal.org