HAZOP Study Leadership for HSE Risk Management Training Course

Course overview

HAZOP studies can fail even when experienced technical people are in the room. Weak preparation, poorly defined nodes, unstructured guideword use, unclear safeguards, and poorly recorded actions can leave significant process safety, occupational safety, environmental, and operational risks unresolved. This course prepares HSE and technical professionals to lead disciplined HAZOP studies that generate usable risk decisions rather than lengthy meeting notes. It is designed for organisations that need consistent hazard identification and defensible risk controls for new facilities, process modifications, operating procedures, utilities, and high-risk activities.

Participants learn the full HAZOP leadership workflow: setting study objectives and scope; selecting the team; preparing P&IDs, process descriptions and operating envelopes; defining nodes and design intent; applying parameters and guidewords; recording deviations, causes, consequences, safeguards, recommendations and action owners. The course connects HAZOP findings to HSE risk management through risk matrices, barrier thinking, ALARP judgement, action prioritisation, management of change and close-out assurance. Participants also practise facilitation techniques for maintaining challenge, managing disagreement and preventing dominant voices from distorting the study.

Teaching combines instructor-led technical sessions with facilitated HAZOP simulations based on realistic process and utility scenarios. Teams work from simplified P&IDs, operating information and hazard registers, using structured worksheets and PHA software-style records. Each participant leaves with a completed HAZOP leadership pack: a study preparation checklist, node-definition template, guideword worksheet, action-register format, meeting facilitation plan and personal application plan for an upcoming or representative workplace study.

The course serves developing HAZOP chairs, HSE specialists, process engineers, operations leaders and project personnel who contribute to formal hazard studies. It is equally relevant to managers responsible for assuring that HAZOP recommendations are technically sound, assigned, tracked and closed before design approval, start-up or operational change.

Course objectives

By the end of this course, participants will be able to:

• Plan a HAZOP study using a defined scope, team-selection matrix, document register and study schedule
• Define process nodes and design intent from P&IDs, operating narratives and process operating envelopes
• Apply HAZOP guidewords and process parameters to identify credible deviations systematically
• Distinguish causes, consequences, existing safeguards and recommendations in a structured HAZOP record
• Facilitate HAZOP discussions using questioning techniques, time controls and consensus-building methods
• Evaluate HAZOP findings with a risk matrix, barrier adequacy test and ALARP-based action priorities
• Create actionable recommendations with accountable owners, due dates, verification evidence and close-out criteria
• Produce a HAZOP report and action-tracking pack suitable for project governance or management of change review

Benefits of attending

Target competencies

Who should attend

• HSE Managers and Advisors — who must assure that hazard studies support practical risk controls and legal compliance
• Process Engineers — who prepare process information and need to contribute effectively to node-based deviation analysis
• Operations Managers and Supervisors — who must test whether proposed safeguards and procedures will work in normal and abnormal operations
• Project Engineers and Project Managers — who need HAZOP outputs that can be incorporated into design reviews, procurement and commissioning plans
• Process Safety Engineers — who support PHA programmes and need repeatable methods for leading or quality-assuring HAZOP sessions
• Maintenance and Reliability Engineers — who assess equipment failures, isolation arrangements and maintainability issues raised during studies

Requirements and prerequisites

Participants should be able to read basic process documentation such as P&IDs, process flow diagrams, line lists, cause-and-effect charts or operating procedures. Familiarity with their organisation's risk matrix, permit-to-work arrangements, management of change process and major HSE hazards is useful. Participants do not need previous HAZOP chairing experience, formal process safety certification, advanced calculations or specialist software expertise. This is a foundation-to-intermediate course: complete beginners should expect to learn HAZOP terminology and structure before progressing to facilitated node reviews, while experienced team members will focus on leadership, recording quality and action governance.

Training methodology

The course uses short instructor-led modules followed by progressive HAZOP workshops. Participants interpret P&IDs and operating narratives, define nodes, test design intent with guidewords, and record findings in structured worksheets and PHA-Pro-style fields. Case discussions examine weak recommendations, missing safeguards, chairing challenges and action close-out failures. Rotating roles give participants practice as chair, scribe, process engineer and operations representative. On the final day, each participant prepares an application plan and leadership pack for a forthcoming or representative workplace HAZOP.

Course outline

Day 1: HAZOP foundations and study preparation

• Purpose of HAZOP within HSE and process safety risk management
• IEC 61882 principles and HAZOP study terminology
• Relationship between HAZOP, HIRA, LOPA, BowTie and management of change
• Study objectives, scope boundaries and success criteria
• Multidisciplinary team roles, independence and competence requirements
• Document readiness review for P&IDs, narratives, procedures and design data
• HAZOP study plan, agenda, logistics and preparation checklist

Workshop: Participants review a process modification pack and produce a HAZOP scope statement, document register and team-role plan.

Day 2: Nodes, design intent and guideword analysis

• Selecting nodes using process boundaries, equipment functions and control loops
• Writing clear design intent and normal operating conditions
• Process parameters including flow, pressure, temperature, level, composition and time
• Guidewords including no, more, less, reverse, other than, early and late
• Constructing meaningful deviations from parameter and guideword combinations
• Screening non-credible deviations without suppressing valid concerns
• Using P&IDs and operating envelopes during node-by-node review

Workshop: Teams define nodes and design intent for a simplified transfer and storage system, then create a deviation worksheet for the first node.

Day 3: Causes, consequences and safeguards

• Identifying initiating causes across equipment, control, human and external factors
• Tracing consequences to personnel, environment, assets and business interruption
• Differentiating prevention safeguards from mitigation safeguards
• Testing safeguard independence, effectiveness, availability and survivability
• Human factors, alarm response, procedures and operator workload
• Environmental release pathways and containment considerations
• Recording causes, consequences and safeguards in a disciplined HAZOP worksheet

Workshop: Participants conduct a facilitated HAZOP review of two nodes and produce completed cause-consequence-safeguard records.

Day 4: Risk decisions and HAZOP leadership

• Applying corporate risk matrices to HAZOP findings
• ALARP judgement and proportionate risk-reduction measures
• Escalating scenarios for LOPA, SIL assessment, QRA or specialist review
• Writing recommendations with clear action verbs and acceptance criteria
• Facilitating challenge, disagreement and technical uncertainty
• Managing time, participation, digressions and dominant contributors
• Scribe-chair coordination and live quality checks in PHA-Pro

Workshop: In rotating chair and scribe roles, participants lead a timed HAZOP session and produce prioritised recommendations with action owners.

Day 5: Reporting, close-out and workplace application

• HAZOP report structure, assumptions, attendance records and decision traceability
• Action registers, accountable owners, due dates and verification evidence
• Recommendation close-out before design approval, commissioning or operational change
• Linking HAZOP actions to management of change and project stage gates
• Quality assurance review against IEC 61882 expectations
• Communicating residual risk and unresolved issues to decision makers
• Personal HAZOP leadership application planning

Workshop: Participants complete a HAZOP leadership pack containing a report extract, action register, close-out workflow and workplace application plan.

Tools & standards covered

IEC 61882:2016 Hazard and operability studies (HAZOP studies) — Application guide, CCPS Guidelines for Hazard Evaluation Procedures, PHA-Pro, BowTieXP

A typical training day

Live online deliveries follow the same structure in the East Africa Time zone, with shorter screen blocks and longer breaks.

What the fee includes

How you can take this course

Certification

Participants who complete the full five days receive the Skillset Development Certificate of Completion, stating the course title, course code, dates and delivery format — suitable for professional-development records and employer reimbursement.

Frequently asked questions