Process Safety: Equipment Design & Operation Best Practices

Course Description

This comprehensive 5-day course focuses on safety principles in process equipment design and operation. Participants will learn advanced techniques for hazard identification, risk assessment, and implementing inherently safer design concepts. The course covers mechanical integrity, relief systems, and emergency management strategies essential for maintaining safety in process industries.

Learning Objectives

• Apply process hazard analysis techniques to identify and mitigate risks
• Implement inherently safer design principles in process equipment
• Evaluate mechanical integrity and develop effective maintenance strategies
• Design and manage relief systems and emergency response procedures
• Integrate process safety concepts into plant operations

Course Modules

Day 1: Foundations of Safety in Process Design

• Introduction to process safety and historical incidents
• Process hazard analysis techniques (HAZOP, LOPA, FMEA)
• Overview of plant system hazards and mitigation strategies
• Regulatory framework and industry standards

Day 2: Inherently Safer Design

• Principles of Inherently Safer Design (ISD)
• Strategies for minimizing risk at the source
• Case studies of successful ISD implementation
• Integration of ISD in process lifecycle management

Day 3: Mechanical Integrity and Equipment Safety

• Evaluating mechanical integrity of process equipment
• Non-Destructive Testing (NDT) methods
• Developing risk-based inspection programs
• Maintenance strategies for safety-critical systems

Day 4: Relief Systems and Emergency Management

• Sizing and selection of safety valves and relief systems
• Emergency depressurizing systems for fire and explosion scenarios
• Fire and gas detection systems
• Emergency response planning and execution

Day 5: Advanced Safety Techniques and Integration

• Layer of Protection Analysis (LOPA) in practice
• Human factors in process safety
• Safety instrumented systems and functional safety
• Integrating process safety into plant operations

Practical Wins for Participants

• Ability to conduct comprehensive process hazard analyses
• Skills to implement inherently safer design principles in projects
• Knowledge to develop and improve mechanical integrity programs
• Capability to enhance emergency response and relief system designs