Process Hazard Analysis (PHA) Training

Course Overview

Learning Objectives

• Analyze the fundamental principles of Process Hazard Analysis and apply them to oil and gas operations during the training program.
• Identify process hazards, operational deviations, vulnerabilities, and credible accident scenarios using structured analytical methods.
• Apply Hazard and Operability Study principles to examine process systems, equipment, operating conditions, and deviations.
• Evaluate the potential causes and consequences of process deviations and connect them to operational and safety outcomes.
• Apply Failure Modes and Effects Analysis principles to identify equipment and system failure risks.
• Assess the effectiveness and adequacy of existing safeguards and protective measures for identified process hazards.
• Apply Fault Tree Analysis and Event Tree Analysis to examine accident causes, escalation pathways, and potential consequences.
• Evaluate the quality of PHA studies based on scope, team composition, assumptions, methodology, documentation, and technical completeness.
• Develop practical and risk-based recommendations for addressing hazards and identified weaknesses.
• Connect PHA findings with Management of Change, engineering design, operations, maintenance, and process safety requirements.
• Improve the ability to identify and prioritize major accident scenarios according to their potential consequences and risk significance.
• Prepare clear PHA outputs that support technical decision-making, corrective action tracking, and continuous process safety improvement.

Who Should Attend

Learning Outcomes

• Identify major process hazards associated with hydrocarbons, hazardous materials, equipment, and operating conditions in oil and gas facilities.
• Select an appropriate PHA methodology based on the process, system, risk profile, and purpose of the analysis.
• Define process nodes, study boundaries, assumptions, and analysis parameters for a structured PHA.
• Identify operational deviations and systematically determine their potential causes and consequences.
• Evaluate existing prevention, detection, control, and mitigation safeguards for identified hazard scenarios.
• Apply Failure Modes and Effects Analysis to evaluate equipment and system failure mechanisms.
• Apply Layer of Protection Analysis principles to examine the independence and effectiveness of protective layers.
• Use Fault Tree Analysis and Event Tree Analysis to understand accident sequences and escalation pathways.
• Review PHA study results and identify weaknesses in analysis, assumptions, documentation, or safeguard evaluation.
• Develop risk-based recommendations and establish appropriate priorities for corrective action.
• Connect PHA findings with Management of Change, engineering, operations, maintenance, and emergency response processes.
• Prepare structured PHA documentation that supports management decisions, action tracking, and continuous process safety improvement.

Course Outline

Upcoming Dates