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Objectives

• Ensure that participants are familiar with the concept of reliability and fundamentals of risk assessments. The course has been designed to enable delegates upon completion to be able to:
• Apply the principles of hazard identification and assessment of risk to processes and machinery
• Understand reliability concept and use of failure tracing methods
• Demonstrate a practical understanding of a quantitative risk assessment technique and the date required for records
• Advise management on the most effective control methods based on the evaluation of risk
• Identify the general requirement for development of safe system of work
• Recognise relevant International Standards for Reliability and Machinery Safety

The Delegates

• Engineers and technicians in oil & gas, chemical and process industries
• Process, mechanical and chemical engineers
• Engineers and technicians who deal with reactors and piping systems
• Design engineers, project engineers and HSE managers
• Control, automation and instrumentation engineers
• Operators and maintenance personnel
• All Professionals who has a contribution to make in ensuring the safe operation of a potential high hazard workplace.

The Contents

• Hazard Identification
• Introduction and course overview
• Why do we need safety engineering
• Examples of major disasters
• The safety system process
• Hazard identification
• Hazard control
• Criteria for risk tolerability
• Hazard Identification Techniques
• Design out hazards
• Safety standards codes , national and international
• Safety analysis in engineering
• Safety analysis in Chemical process
• Safety analysis in manufacturing
• Risk Assessment Techniques
• Safety Management
• Safety in system life cycle
• Hazard identification check-list
• Process, workplace, work equipment risk assessment
• Task-based risk assessment
• Introduction to HAZOP
• Machinery and Work Equipment Safety
• Machinery hazard identification
• Causes and methods for machinery accident prevention
• HAZOP examples
• Failure modes, human factors and software safety
• Conducting a failure mode and effective analysis
• Human factors safety analysis
• Performance and human error
• Human factors and safety analysis
• Reliability Technology
• Types and causes of failures
• Methods of preventing failure
• Types of maintenance and inspection regimes
• Reliability of components and systems
• Design and reliability of control systems
• Design and reliability of protective systems
• The concept of ‘HIPS’
• Safety Integrity Levels ‘SIL’ selection
• Consequences Analysis
• Mechanics of fire, explosion and toxic releases
• Dispersion modelling software
• Types of fire: flash, jet, cascading fires and BLEVE
• Types of explosion
• Quantification of risk
• Event Tree Analysis ‘ETA’
• Course Summary
• Course Review

Course assessment  .

The Discount

Free Seats Are Offered