Hazard and Operability Study (HAZOP) Training Course

Course Overview

Learning Objectives

• Analyze the fundamental principles, objectives, scope, and applications of HAZOP studies within process safety management during the course.
• Develop a structured approach for preparing HAZOP studies using process flow diagrams, piping and instrumentation diagrams, operating procedures, and relevant design information.
• Apply HAZOP guide words and process parameters to systematically identify meaningful process deviations.
• Evaluate potential causes and consequences associated with identified deviations across realistic industrial scenarios.
• Assess existing safeguards and determine whether they adequately address identified hazards and operational risks.
• Distinguish credible and significant HAZOP scenarios from conditions that do not require further investigation.
• Develop clear and technically relevant HAZOP recommendations based on identified risks, safeguards, and process conditions.
• Improve the quality of HAZOP team discussions by applying effective questioning, facilitation, and multidisciplinary analysis techniques.
• Evaluate HAZOP findings in relation to process safety, operational reliability, environmental protection, and business continuity.
• Strengthen HAZOP documentation by recording deviations, causes, consequences, safeguards, actions, and responsibilities in a consistent format.
• Assess HAZOP findings and prioritize recommendations according to their technical significance and potential impact.
• Complete a practical HAZOP study during the course and demonstrate the ability to contribute effectively as a multidisciplinary HAZOP team member.

Who Should Attend

Learning Outcomes

• Explain the purpose, principles, scope, and methodology of a professional HAZOP study.
• Prepare the technical information and documentation required to support an effective HAZOP workshop.
• Apply HAZOP guide words systematically to process parameters and identify relevant deviations.
• Analyze the causes and consequences of process deviations using structured questioning techniques.
• Evaluate existing safeguards and determine their relevance to specific hazardous scenarios.
• Identify gaps in process design, operating procedures, instrumentation, alarms, interlocks, and protective systems.
• Develop clear and actionable recommendations that address identified hazards and operational weaknesses.
• Participate effectively in multidisciplinary HAZOP meetings and contribute technically relevant observations.
• Prioritize HAZOP findings according to risk significance, operational impact, and required corrective action.
• Document HAZOP findings in a clear and traceable format suitable for technical review and follow-up.
• Relate HAZOP findings to broader process safety activities, including risk assessment, protection-layer analysis, functional safety, and management of change.
• Conduct a practical HAZOP study for a selected process section and present the findings and recommendations to a review team.

Course Outline