Hazard Identification

Learn how to systematically identify and address hazards using proven methods across the full project and operational lifecycle. Gain practical skills to plan, run, and integrate hazard identification outcomes into broader risk management efforts.

Course information

Hazard Identification training is available in the following formats

Two Hour Awareness Module One Day Face-to-Face Course One Day Virtual Course Two Day Face-to-Face Course Two Day Virtual Course

Delivery

Face-to-Face

Level

Intermediate

Certificate

Attendance

Duration

2 days

CPD

14 hours

Learning objectives

Explain the importance of early-stage hazard identification in preventing major accidents and improving operational safety
Apply a range of hazard identification (HAZID) techniques, including HAZOP, Checklists, Structured What-If Technique (SWIFT), and Failure Modes and Effects Analysis (FMEA)
Understand the hazard study approach across the full project and operational lifecycle (design, construction, operation, decommissioning)
Plan, prepare, and conduct an effective hazard identification study, including scope definition and resource planning
Define roles, responsibilities, and team dynamics within a HAZID or hazard study workshop
Effectively document, prioritise, and communicate hazard identification findings
Integrate hazard identification outcomes into broader risk assessments, safety cases, and management systems
Recognise common challenges, pitfalls, and best practices in applying hazard identification methods
Participate in or facilitate hazard identification workshops with confidence

Key contents

Introduction to hazard identification: purpose, benefits, and when to apply
Review of key hazard identification methods: HAZID, HAZOP, Checklists, FMEA, SWIFT
Lifecycle hazard studies: design, construction, operation, maintenance, modification, and decommissioning
Planning hazard identification: setting scope, objectives, team selection, and information needs
Roles and responsibilities in HAZID teams: facilitator, scribe, discipline experts, client representatives
Techniques for recording, prioritising, and tracking hazards and actions
Linking hazard identification outputs to QRA, LOPA, ALARP demonstration, and safety cases
Good practices and common pitfalls in hazard identification processes
Case studies and real-world lessons learned from different industries
Practical workshop: conducting a mini hazard identification session or reviewing example cases

Prerequisites

General awareness of safety management or operational risk is recommended. No prior experience with formal hazard identification methods is required.

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Related Services

Hazard Identification (HAZID)

Hazard Identification (HAZID) is the foundation of any risk assessment and a critical first step in effective risk management. Unidentified hazards cannot be controlled, so a systematic and structured approach to hazard identification is essential to protect people, assets, the environment, and business continuity. Across industries and lifecycle stages, we apply a wide range of HAZID methods — from workshops, checklists, and walkdowns using tools like FMEA, HAZOP, and bowtie analysis — helping clients identify hazards, evaluate their risks, and comply with regulatory frameworks such as Seveso III, COMAH, ISO 31000 and IEC 61511.

Failure Modes and Effects Analysis (FMEA)

Failure Modes and Effects Analysis (FMEA) is a systematic approach to identifying potential failure modes in components, equipment, systems, procedures, or software, assessing their consequences (i.e. local and global effects), and prioritising actions to mitigate or eliminate associated risks. FMEA is widely used across industries to improve design robustness, enhance reliability, optimise maintenance, and strengthen operational resilience. When combined with criticality assessment (FMECA), it provides quantitative prioritisation to inform decision-making and risk management in alignment with international standards such as IEC 60812, ISO 31000, and IEC 61511.

ALARP Demonstration

The ALARP (As Low As Reasonably Practicable) principle ensures that industrial risks are reduced to a level where further measures would be grossly disproportionate to the additional safety benefit. ALARP demonstration balances risk reduction, cost, and effort, helping organisations choose sensible, justifiable controls. This approach underpins major accident hazard regulations and is embedded in frameworks like the UK Health and Safety at Work Act, COMAH Regulations, Offshore Installations (Safety Case) Regulations, Seveso III Directive, HSE HSG 65, ISO 31000, and ISO 45001.

Quantitative Risk Assessment (QRA)

Quantitative Risk Assessment (QRA) systematically estimates the likelihood and consequences of hazardous events, including fires, explosions, and toxic releases. QRA provides a robust, data-driven basis for managing safety, environmental, and economic risks in high-hazard industries, supporting ALARP demonstration and informed decision-making.

Hazardous Area Classification (HAC)

Hazardous Area Classification (HAC) systematically identifies where flammable or explosive atmospheres may arise in the workplace, helping to define safe zoning, equipment selection, and operational safeguards. By classifying gas, vapour, mist, or dust hazards, HAC supports compliance with ATEX, IEC, and national standards, ensuring workplaces implement appropriate explosion protection measures and reduce ignition risks to an acceptable level.

Human Factors

As technical systems grow more advanced and inherently reliable, the human element can often represent the greatest vulnerability. Human Factors Engineering (HFE) aims to optimise design and operational processes by recognising people’s capabilities and limitations. By integrating HFE methods throughout a project’s lifecycle, organisations can minimise errors and reduce the need for later, costly redesigns.

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