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    Hazard Identification

    Also known as: Workplace hazard identification, Hazard recognition

    Definition

    The step of finding what at work may cause harm, taken before judging how likely and how serious the harm could be, which is the risk assessment.

    Editorial definition: The QHSE Standard, updated 3 October 2026 · https://qhsetech.com/glossary/hazard-identification

    Scope: A hazard is not a risk, and a list of hazards is not an assessment. Methods and duties depend on the law and the activity.

    Example for your evaluation: Follow one worker's hazard report to an inspection entry, an on-the-spot fix or a referral to risk assessment, and a review date.

    Sources checked: . Examples are editorial illustrations.

    What HSE, the ILO, OSHA, CCOHS and EU-OSHA say hazard identification is

    HSE sets out risk management in five steps, and the first is to identify hazards: look around the workplace and think about what may cause harm. It suggests looking at how people work and how plant and equipment are used, the chemicals in use, work practices and the state of the premises, and reading accident and ill-health records for less obvious hazards. Non-routine work such as maintenance and cleaning is included, as are health hazards such as manual handling, chemicals and work-related stress, and for each hazard HSE asks how employees, contractors, visitors or the public might be harmed. Judging how likely harm is and how serious it could be is the next step, assessing the risks. The ILO draws the same line. Its glossary defines a hazard as the inherent potential to cause injury or damage to people's health, and risk as the combination of the likelihood of a hazardous event and the severity of the harm. CCOHS calls hazard identification the first step of a risk assessment and groups hazards as biological, chemical, ergonomic, physical, psychosocial and safety. OSHA adds that risk is the product of hazard and exposure, so risk can fall by controlling the hazard or by reducing exposure.

    OSHA's Recommended Practices name the failure to identify or recognise hazards as one of the root causes of injuries, illnesses and incidents, and ask for a proactive, ongoing process. The action items are to collect existing information, such as equipment manuals, safety data sheets, inspection reports, injury and illness records, exposure monitoring, job hazard analyses and worker input; to inspect regularly with workers on the team and to document the findings; to identify health hazards, which OSHA says are typically more complex to identify than physical safety hazards and may need specialised knowledge; to investigate incidents and close calls for root causes; and to identify hazards in emergency and nonroutine situations. OSHA then suggests weighing severity, likelihood and the number of workers exposed, using interim controls, and addressing the greatest risks first, while employers keep an ongoing obligation to control all serious recognised hazards. Some hazards, such as tripping hazards, can and should be fixed as they are found.

    CCOHS lists methods: workplace inspections, job descriptions and demands analysis, job safety analysis, incident investigations, reviews of documents and records, hazard reports from employees and hazard mapping. It says to look during design and purchasing, before and during tasks, in inspections and after incidents, and to cover non-routine tasks, all shifts, off-site workers, teleworkers and each life-cycle phase. The ILO guidelines say hazards and risks should be identified and assessed on an ongoing basis, and that a hazard identification and risk assessment should be carried out before any modification or introduction of new work methods, materials, processes or machinery. EU-OSHA's summary of Directive 89/391/EEC calls risk assessment a key element and lists hazard identification, worker participation, adequate measures, documentation and periodic reassessment among its main elements. The pages read here prescribe no scoring method. This page is general information, not legal advice.

    Sources opened :

    What a hazard identification record holds in software

    • The activity, task, equipment or area, with the date and the people who took part, workers included.
    • The hazard described as a source of harm, with its category, and kept apart from the injury it could cause.
    • Who could be exposed, including contractors, visitors and vulnerable workers, and how.
    • How it was found: inspection, worker report, incident or near miss, document review, change request or measurement, with photos or readings.
    • What happened next: fixed on the spot, interim control, passed to risk assessment or referred for specialist assessment.
    • The review trigger and date, and links to later reports of the same hazard.

    Hazard identification, hazard, risk, HIRA and hazard register

    A hazard is a source of potential harm. HSE and the ILO treat risk as how likely and how serious the harm is, and OSHA as hazard together with exposure, so one hazard can carry different risks in different workplaces. Hazard identification is the first of HSE's five steps, and HIRA is the common name for identifying hazards and assessing risk together. A hazard register lists what was found and is not an assessment. A near-miss report records an event, and OSHA says to investigate near misses to find the underlying hazards. A JSA looks at the steps of one task and can feed the register. A worker's hazard report is an input to identification, not the finished record.

    A hypothetical example: a bakery installs a second mixer

    This case is invented and describes no real bakery. A bakery with 12 staff is installing a second mixer. The owner collects the manufacturer's manual, the safety data sheets for the flour improver and the accident book for two years, then walks the bakery with two bakers and the cleaner who works at night. The list has 14 entries, among them moving mixer parts, hot surfaces, flour dust, noise, 25 kg sacks, floured floors, lone working at 4 a.m. and a delivery van reversing across the yard. Each entry names who is exposed, including the agency driver and the maintenance contractor, and how it was found.

    Three entries are fixed that day, such as a frayed cable on the old mixer. Dust and noise need measurement, so they go to a specialist. The other nine go to risk assessment with exposure noted. Two weeks after start-up a baker mentions that the new guard is lifted to scrape the bowl. The entry is added with its source, the change prompts a review of the list, and the earlier version is kept.

    Common misunderstandings about hazard identification

    • A hazard is not the injury or the risk. HSE and the ILO treat the hazard as the source of harm, and likelihood and seriousness belong to the next step.
    • One walk-round is not an ongoing process. OSHA asks for a proactive, ongoing process, and HSE lists change, worker reports, accidents and near misses as reasons to review.
    • Visible hazards are not all hazards. OSHA says health hazards are typically more complex to identify, and gases and vapours may be invisible and have no odour.
    • Ranking is not the end of the duty. OSHA says the greatest risks are addressed first, but employers keep an ongoing obligation to control all serious recognised hazards.
    • The first cause is not always the root cause. OSHA says an investigation that finds a worker error should ask about tools, time, training and supervision.

    How hazard identification relates to other glossary terms

    Hazard identification is the first half of HIRA and the first step of a risk assessment, so the nearest terms are the process it belongs to, the task method and the sources that feed it.

    • HIRA: the combined process of identifying hazards and assessing the risk each presents.
    • Risk assessment: the next step, which judges how likely and how serious the harm could be.
    • JSA: a task-level method that breaks a job into steps and finds the hazards in each.
    • Near miss: an event that signals hazards are not adequately controlled or have newly arisen.
    • Management of change: the route by which a planned change is checked for hazards before it starts.

    Records and evidence that usually exist for hazard identification

    • Inspection records with dates, participants and photos.
    • Hazard reports from workers and the response to each.
    • Incident and near-miss investigations with the hazards found.
    • The information reviewed, such as manuals, safety data sheets and exposure monitoring.
    • The hazard list, with the source of each entry.
    • Records of reviews prompted by change.

    What a software tool needs to capture for hazard identification

    • Separate fields for hazard, category, source of identification and who is exposed.
    • An easy route for workers to report a hazard, with an anonymous option.
    • Photos and attachments on each entry.
    • Links to risk assessment, action, incident and change records.
    • A way to mark an entry fixed on the spot, controlled for now or passed on for assessment.
    • Review prompts tied to change, incident and inspection records, with history kept.
    • Filters and export by site, area and category.

    Catalog profiles documenting risk assessment records

    Listed profiles meet the risk assessment rule. A listing does not show that a product captures worker hazard reports or inspections, so ask to see one hazard taken from report to risk assessment in a demonstration.

    Same rule for every product: tagged “Risk Assessment” or “Risk Management”, with a sourced risk assessment or risk register capability in its record, or one the vendor stated to us, labelled as vendor-stated. Documented and conditional capabilities qualify; check the linked scope before treating a module as included.

    Tekmon pays for a sponsored placement (above); its place in this list follows the same rule as every entry. How lists are ordered

    All 37 matching profiles are shown. Documentation review, not hands-on testing or a claim of compliance.

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    Frequently asked questions

    Is hazard identification the same as risk assessment?

    No. HSE makes identifying hazards the first of five steps and assessing the risks the second, and CCOHS calls hazard identification the first step of a risk assessment. HIRA is the common name for the two together.

    How often should hazards be identified?

    The sources set no fixed interval. OSHA asks for a proactive, ongoing process with initial and periodic inspections, HSE lists changes, worker reports, accidents and near misses as reasons to review, and the ILO asks for assessment before new methods, materials, processes or machinery.

    Who should take part in hazard identification?

    Workers. HSE says to talk to workers, OSHA puts workers on the inspection team, and CCOHS suggests a team that mixes people who know the area with people who do not. OSHA adds that health hazards may need specialised knowledge.

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