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Why work safely — the moral/legal/financial case

Why work safely: the three drivers

Every organisation has three separate reasons to manage health and safety well: moral, legal, and financial. IOSH Working Safely expects you to know all three and be able to explain them, not just list them.

The moral case

No one should be hurt, made ill, or killed by going to work. On average across recent years, around 135-140 workers are killed in work-related accidents in Great Britain each year, and around 1.7 million working people suffer from a work-related illness. Beyond the injured or ill person, the ripple effect hits family, friends, and colleagues who witness or deal with the aftermath. This human cost is the moral case: it is simply the right thing to prevent.

The legal case

In Great Britain the key law is the Health and Safety at Work etc. Act 1974 (HSWA), which places a general duty on employers to ensure, so far as is reasonably practicable, the health, safety and welfare of employees and others affected by their work. The Health and Safety Executive (HSE) enforces this law and can issue improvement notices, prohibition notices, fines, or bring prosecutions. Breaching the law can lead to unlimited fines for organisations and, for serious breaches such as corporate manslaughter, imprisonment for individuals. Employees also have legal duties: to take reasonable care of themselves and others, and to cooperate with their employer on safety.

The financial case

Accidents cost money, and most of that cost is hidden. Costs split into two types:

  • Direct (insured) costs: things covered by insurance, like damaged equipment, sick pay claims, or compensation payouts.
  • Indirect (uninsured) costs: things insurance does not cover, such as lost production time, investigation time, retraining, low morale, reputational damage, and legal fees.

A well-known idea here is the 'iceberg' model of accident costs: the visible, insured costs are just the tip of the iceberg, while the uninsured costs beneath the surface are far larger, often estimated at many times the insured cost.

Common mistakes to avoid

  • Do not treat safety as only a legal box-ticking exercise; the exam wants you to link moral, legal and financial cases together.
  • Do not confuse direct and indirect costs; indirect costs are usually the bigger, hidden ones.
  • Remember HSWA 1974 covers 'so far as is reasonably practicable', not an absolute guarantee of zero risk.
  • Do not forget employees have duties too, not just employers.
  • The three drivers to work safely are the moral, legal and financial cases.
  • Around 135-140 workers are killed at work each year in Great Britain (recent averages).
  • Around 1.7 million working people suffer a work-related illness each year in Great Britain.
  • The Health and Safety at Work etc. Act 1974 (HSWA) is the key UK health and safety law.
  • HSWA requires employers to protect health, safety and welfare 'so far as is reasonably practicable'.
  • The Health and Safety Executive (HSE) enforces health and safety law and can issue improvement or prohibition notices.
  • Breaching health and safety law can lead to unlimited fines and, in serious cases, imprisonment.
  • Direct (insured) costs include damaged equipment, sick pay and compensation.
  • Indirect (uninsured) costs include lost production, investigation time, retraining and reputational damage.
  • The accident cost iceberg model shows uninsured costs are usually far greater than insured costs.
  • Employees have a legal duty to take reasonable care of themselves and others at work.
  • Poor safety performance damages reputation and can affect an organisation's ability to win contracts.
What are the three cases for working safely?
Moral, legal and financial.
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What does the moral case for safety mean?
No one should be hurt, made ill or killed by their work; it is simply the right thing to do.
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Roughly how many workers are killed at work each year in Great Britain?
Around 135-140 per year (recent averages).
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Roughly how many people suffer work-related illness each year in Great Britain?
Around 1.7 million.
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What is the key UK law underpinning workplace health and safety?
The Health and Safety at Work etc. Act 1974 (HSWA).
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What standard does HSWA set for employers?
To ensure health, safety and welfare 'so far as is reasonably practicable'.
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Who enforces health and safety law in the UK?
The Health and Safety Executive (HSE).
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What can HSE do if it finds a breach?
Issue improvement or prohibition notices, impose fines, or bring prosecution.
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What are direct (insured) costs of an accident?
Costs covered by insurance, such as equipment damage, sick pay and compensation.
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What are indirect (uninsured) costs of an accident?
Costs not covered by insurance, such as lost production, investigation time, retraining and reputational damage.
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What does the accident cost iceberg model show?
That visible insured costs are only a small part of the total, with much larger hidden uninsured costs beneath.
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Do employees have safety duties too?
Yes, they must take reasonable care of themselves and others and cooperate with their employer.
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What is a possible consequence for individuals in very serious safety breaches?
Imprisonment, for example in corporate manslaughter cases.
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Why is the financial case for safety often underestimated?
Because the largest costs are indirect and uninsured, and easy to overlook.
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Defining hazard & risk

What is a hazard?

A hazard is anything with the potential to cause harm. This could be a piece of work equipment, a substance, a method of work, or a work environment. Hazards exist whether or not anyone is actually exposed to them right now.

What is a risk?

Risk is the likelihood that a hazard will actually cause harm, combined with the severity of that harm if it happens. A simple way to remember it: Risk = Likelihood x Severity. A frayed electrical cable is a hazard; the risk depends on how likely someone is to touch it and how bad the injury would be (a shock versus a fatal electrocution).

Why the distinction matters

IOSH Working Safely places heavy emphasis on this distinction because confusing the two leads to poor decisions. You cannot remove all hazards from a workplace, but you can and must reduce the risk they present. Good safety management is about controlling risk down to an acceptable, tolerable level, not pretending hazards do not exist.

Types of hazard

Hazards are often grouped into categories: physical (noise, vibration, extreme temperature), mechanical (moving machine parts), electrical, chemical (COSHH substances), biological, and psychosocial (stress, fatigue, violence). Learn to spot examples from each group, as exam questions often test recognition of hazard type.

The 'foreseeable' test

A risk only needs managing if it is reasonably foreseeable, meaning a competent person could predict it might happen. Freak, wildly improbable events are not the focus of everyday risk management; realistic, likely scenarios are.

Common mistakes

  • Mixing up the words: saying 'the hazard is high' when you mean the risk is high.
  • Thinking removing the hazard is always required; sometimes reducing exposure or controlling the risk is the practical answer.
  • Forgetting that risk changes with circumstances: the same hazard (a wet floor) carries higher risk in a busy corridor than in a locked storeroom.
  • Assuming low likelihood always means low risk; a rare event with catastrophic severity (like a crane collapse) can still be a high risk.

Exam tip

When a question describes a scenario, first identify the hazard (the thing that could cause harm), then separately assess the risk (how likely and how severe). Keeping these two steps distinct is the fastest way to answer correctly under time pressure.

  • A hazard is anything with the potential to cause harm; it exists regardless of exposure.
  • Risk is the likelihood of harm occurring combined with the severity of that harm.
  • The core formula to remember is Risk = Likelihood x Severity.
  • You cannot eliminate every hazard, but you must control the risk it creates.
  • Hazard categories include physical, mechanical, electrical, chemical, biological and psychosocial.
  • A frayed cable is the hazard; the chance and severity of a shock from touching it is the risk.
  • Risk management focuses on reasonably foreseeable events, not freak occurrences.
  • The same hazard can carry different risk levels depending on the situation or environment.
  • Rare but catastrophic events (low likelihood, high severity) can still count as high risk overall.
  • Confusing 'hazard' with 'risk' in wording is one of the most common exam mistakes.
  • Good safety practice separates two steps: identify the hazard, then assess the risk it poses.
  • A wet floor is a higher risk in a busy corridor than in a locked, unused storeroom.
Define a hazard in one sentence.
Anything with the potential to cause harm.
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Define risk in one sentence.
The likelihood of a hazard causing harm, combined with the severity of that harm.
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What is the simple formula linking risk to its two components?
Risk = Likelihood x Severity.
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Can you ever remove every hazard from a workplace?
No; the aim instead is to control and reduce the risk hazards present.
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Name the six broad categories of hazard.
Physical, mechanical, electrical, chemical, biological, and psychosocial.
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Give an example of a chemical hazard.
A substance covered by COSHH, such as a solvent or cleaning chemical.
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Give an example of a psychosocial hazard.
Stress, fatigue, or workplace violence.
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A frayed electrical cable sits unused in a cupboard. Is it still a hazard?
Yes, a hazard exists whether or not anyone is currently exposed to it.
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What test decides whether a risk needs managing?
Whether it is reasonably foreseeable, meaning a competent person could predict it might happen.
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Why can a rare event still be high risk?
Because if its severity is catastrophic, low likelihood alone does not make it low risk overall.
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What is the most common wording mistake in this topic?
Saying the hazard is high or low when the assessment actually applies to the risk.
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Does risk stay constant for the same hazard everywhere?
No, risk changes with circumstances, such as location, exposure, and who is affected.
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What are the two separate steps to take when reading an exam scenario?
First identify the hazard, then separately assess the risk it creates.
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A wet floor in a busy corridor versus a locked storeroom: which carries higher risk?
The busy corridor, because more people are likely to be exposed to it.
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Identifying common hazards

Why hazard spotting matters

A hazard is anything with the potential to cause harm. Risk is the chance that harm will actually happen, combined with how severe it could be. IOSH Working Safely expects you to recognise the SIX main hazard categories found in most workplaces: physical, mechanical, electrical, chemical, biological, and psychosocial (work-related stress).

Physical hazards

  • Noise, vibration, temperature extremes, radiation and poor lighting.
  • Noise above 85 decibels over an 8-hour shift is the trigger point where hearing protection becomes compulsory in the UK.
  • Manual handling injuries (back strain, sprains) are consistently one of the biggest causes of workplace injury.

Mechanical hazards

  • Moving machinery parts, trapping points, and unguarded equipment.
  • Guards and interlocks exist to stop contact with dangerous parts, not just to look tidy.
  • Never bypass or remove a machine guard, even 'just for a minute'.

Electrical hazards

  • Damaged cables, overloaded sockets, and wet conditions near electrical equipment.
  • Portable Appliance Testing (PAT) is the standard way of checking hand-held electrical kit stays safe.
  • Electricity can cause burns, shock, fire, and secondary injuries from falls.

Chemical and biological hazards

  • Chemical hazards include solvents, dust, fumes and cleaning products; check the Safety Data Sheet (SDS) before use.
  • Biological hazards include bacteria, viruses, mould and bodily fluids.
  • COSHH (Control of Substances Hazardous to Health) is the UK regulation covering these substances.

Psychosocial hazards

  • Work-related stress, bullying, excessive workload and poor work-life balance are hazards too, not just 'part of the job'.
  • The HSE Management Standards cover six stress risk areas: demands, control, support, relationships, role, and change.

Common mistakes to avoid

  • Confusing a hazard (the thing that could cause harm) with the risk (the likelihood and severity of harm happening).
  • Assuming only physical dangers count and forgetting stress, fatigue and poor lighting.
  • Walking past a hazard because 'someone else will report it' — everyone has a duty to report hazards they spot.
  • Thinking hazard spotting is only for supervisors; it is everyone's job, all the time.

Quick method: SLIPT

When scanning an area, look for Slips/trips, Lifting tasks, Ignition/fire sources, People behaviour, and Tools/equipment condition. This simple sweep catches the majority of everyday hazards.

  • A hazard is something with the potential to cause harm; risk is the likelihood and severity of that harm actually happening.
  • There are six main hazard categories: physical, mechanical, electrical, chemical, biological and psychosocial.
  • Hearing protection becomes compulsory in the UK once noise exposure reaches 85 decibels averaged over 8 hours.
  • COSHH (Control of Substances Hazardous to Health) is the UK regulation governing hazardous chemicals and substances.
  • Portable Appliance Testing (PAT) checks that hand-held electrical equipment remains safe to use.
  • Machine guards and interlocks must never be removed or bypassed, even for a quick task.
  • The HSE Management Standards identify six areas of work-related stress: demands, control, support, relationships, role and change.
  • Manual handling is one of the leading causes of workplace injury in the UK.
  • Everyone in a workplace has a duty to spot and report hazards, not just supervisors or safety officers.
  • Biological hazards include bacteria, viruses, mould and bodily fluids, alongside chemical, physical, mechanical, electrical and psychosocial hazards.
  • Always check the Safety Data Sheet (SDS) before working with an unfamiliar chemical or substance.
  • Poor lighting and extreme temperatures both count as physical hazards, even though they seem minor.
What is the difference between a hazard and a risk?
A hazard is anything with the potential to cause harm; risk is the likelihood and severity of that harm actually occurring.
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Name the six main hazard categories.
Physical, mechanical, electrical, chemical, biological and psychosocial.
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At what noise level does hearing protection become compulsory in the UK (averaged over 8 hours)?
85 decibels.
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What UK regulation covers hazardous chemicals and substances?
COSHH — Control of Substances Hazardous to Health.
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What does PAT testing check?
That portable/hand-held electrical appliances are safe to use.
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Should you ever bypass a machine guard for a quick job?
No, never — guards and interlocks must always stay in place.
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What are the six areas covered by the HSE Management Standards for stress?
Demands, control, support, relationships, role and change.
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Give three examples of biological hazards.
Bacteria, viruses and mould (or bodily fluids).
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Whose job is it to spot and report hazards in a workplace?
Everyone's — not just supervisors or safety officers.
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What document should you check before using an unfamiliar chemical?
The Safety Data Sheet (SDS).
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What does the SLIPT hazard-scanning method stand for?
Slips/trips, Lifting, Ignition sources, People behaviour, Tools/equipment condition.
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Is work-related stress considered a genuine workplace hazard under IOSH?
Yes — psychosocial hazards like stress, bullying and excessive workload count as real hazards.
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What injury type is consistently one of the biggest causes of workplace harm?
Manual handling injuries, such as back strain and sprains.
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What can electrical hazards cause besides shock?
Burns, fire, and secondary injuries such as falls.
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Improving safety performance

Why measure safety performance

Organisations improve what they measure. Safety performance is tracked using two types of indicator: lagging and leading. Both are needed for a full picture — relying on one alone gives a false sense of security.

Lagging indicators (reactive)

  • Measure things that have already gone wrong.
  • Examples: accident/incident rates, lost time injury rate (LTIR), number of RIDDOR-reportable events, days lost to injury, enforcement notices, insurance claims.
  • Downside: they tell you about failure after the harm has happened — too late to prevent that particular incident.

Leading indicators (proactive)

  • Measure the things that prevent harm before it occurs.
  • Examples: number of safety inspections completed, training sessions delivered, risk assessments completed/reviewed, near-miss reports raised, toolbox talks held, audit scores, percentage of actions closed out on time.
  • A rising number of near-miss reports is often a GOOD sign — it shows people feel safe reporting, not that things are getting worse.
  • Leading indicators give an organisation the chance to fix problems before an accident happens.

Common mistakes

  • Treating a low accident rate as proof the workplace is safe — it may just mean incidents aren't being reported.
  • Ignoring near misses because 'nothing happened'. A near miss is a free lesson — every near miss had the potential to be a serious accident.
  • Using only lagging data to judge performance; a balanced scorecard needs both types.
  • Not acting on audit or inspection findings — collecting data without following up achieves nothing.

Monitoring methods

  • Active monitoring: happens before an accident — inspections, audits, sampling, checking procedures are followed.
  • Reactive monitoring: happens after an event — investigating accidents, ill health, incidents and near misses to learn lessons.

Continuous improvement

  • Safety performance should be reviewed regularly (management review) and benchmarked against previous periods, other sites, or industry data.
  • The Plan-Do-Check-Act cycle applies: set objectives, implement, monitor performance (leading + lagging), review and improve.
  • Everyone has a role: workers report hazards and near misses; supervisors monitor and coach; management set targets, allocate resources and review data.
  • A positive reporting culture (no blame for honest reporting) is essential — people won't report near misses if they fear punishment.
  • Lagging indicators measure harm that has already happened, e.g. accident rates, RIDDOR reports, lost time injuries.
  • Leading indicators measure proactive prevention activity, e.g. inspections, training, risk assessments completed.
  • A rising near-miss report count is usually a positive sign of good reporting culture, not worsening safety.
  • Active monitoring happens before an accident (inspections, audits, sampling).
  • Reactive monitoring happens after an event (investigating accidents, ill health and near misses).
  • A low recorded accident rate does not automatically mean a workplace is safe — it may reflect under-reporting.
  • Balanced safety performance measurement uses BOTH leading and lagging indicators together.
  • Continuous improvement follows the Plan-Do-Check-Act cycle: plan, implement, monitor, review.
  • A blame-free, positive reporting culture increases the number and quality of near-miss reports.
  • Every near miss represents an opportunity to prevent a future serious accident — treat it as a free lesson.
  • Benchmarking compares current performance against past periods, other sites, or industry data to drive improvement.
  • Collecting safety data without acting on the findings achieves no real improvement.
What is a lagging indicator?
A measure of harm that has already occurred, e.g. accident rate or RIDDOR reportable incidents.
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What is a leading indicator?
A measure of proactive prevention activity, e.g. inspections, training or risk assessments completed.
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Give two examples of lagging indicators.
Accident/incident rate and lost time injury rate (or RIDDOR reports, days lost to injury).
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Give two examples of leading indicators.
Number of inspections completed and number of training sessions delivered (or risk assessments, near-miss reports).
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Is a rising number of near-miss reports good or bad?
Usually good — it shows a healthy reporting culture, not that safety is getting worse.
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What is active monitoring?
Monitoring carried out before an accident happens, such as inspections and audits.
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What is reactive monitoring?
Monitoring carried out after an event, such as investigating accidents and near misses.
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Why is relying only on accident rate misleading?
A low rate can simply mean incidents are being under-reported, not that the workplace is genuinely safe.
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What is a near miss?
An event that could have caused harm or damage but did not — a free lesson to prevent a future accident.
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What improvement cycle applies to safety performance?
Plan-Do-Check-Act: set objectives, implement, monitor, review and improve.
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Why does reporting culture matter for safety data quality?
A blame-free culture encourages honest reporting; fear of punishment leads to under-reporting and hidden risk.
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What should happen after an audit or inspection identifies findings?
The findings must be acted on and actions closed out — data without follow-up achieves nothing.
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What does benchmarking safety performance involve?
Comparing current data against previous periods, other sites, or industry figures to identify improvement.
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Who is responsible for improving safety performance in an organisation?
Everyone: workers report hazards, supervisors monitor and coach, management set targets and review data.
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Risk assessment basics

What a risk assessment actually is

A risk assessment is a careful look at what could cause harm in the workplace, so you can decide if you are doing enough to prevent it. It is not a form-filling exercise for its own sake - it is a thinking process. In UK law it comes from the Management of Health and Safety at Work Regulations 1999, which require every employer to carry one out.

The five steps

IOSH teaches risk assessment as five clear steps:

  • Step 1: Identify the hazards - anything with the potential to cause harm.
  • Step 2: Decide who might be harmed and how - workers, visitors, contractors, members of the public, young or vulnerable people.
  • Step 3: Evaluate the risks and decide on precautions - work out how likely and how severe the harm could be, then decide what controls are needed.
  • Step 4: Record your findings and implement them - write it down and actually put the controls in place.
  • Step 5: Review and update as necessary - risk assessments are not one-off, they need revisiting.

Hazard vs risk

This is the single most tested distinction on the course.

  • A hazard is something with the potential to cause harm, for example a wet floor or a live electrical cable.
  • A risk is the likelihood that harm will actually occur, combined with how severe it would be, from that hazard.

Getting these two muddled up is the most common exam mistake.

Suitable and sufficient

The law says a risk assessment must be 'suitable and sufficient' - it does not need to eliminate every last theoretical risk, but it must be appropriate to the actual work being done and proportionate to the risks involved.

Who must assess, and when to review

  • Employers with 5 or more employees must record significant findings in writing.
  • A 'competent person' should carry out or oversee the assessment - someone with enough training, knowledge and experience, not necessarily a specialist.
  • Assessments must be reviewed after any accident or near miss, when work changes, when new equipment or substances are introduced, or at sensible regular intervals - there is no fixed legal time period, only 'as necessary'.

Common mistakes to avoid

  • Confusing hazard with risk.
  • Assessing the person rather than the task or process.
  • Treating the paperwork as the end goal rather than the actions it leads to.
  • Never reviewing an assessment once it is written.
  • Ignoring low-frequency but high-severity hazards because they 'probably won't happen'.
  • A hazard is something with the potential to cause harm; a risk is the likelihood and severity of that harm actually occurring.
  • Risk assessment in UK law comes from the Management of Health and Safety at Work Regulations 1999.
  • IOSH's risk assessment process has 5 steps: identify hazards, decide who might be harmed and how, evaluate risks and decide precautions, record and implement findings, review and update.
  • Employers with 5 or more employees must record the significant findings of a risk assessment in writing.
  • A risk assessment must be 'suitable and sufficient', not exhaustive of every theoretical possibility.
  • A 'competent person' - someone with adequate training, knowledge and experience - should carry out the assessment.
  • Risk assessments must be reviewed after an accident, near miss, or change in work, equipment or substances.
  • There is no fixed legal review interval for risk assessments - review 'as necessary'.
  • Vulnerable groups such as young workers, new/expectant mothers and those with disabilities must be specifically considered under 'who might be harmed'.
  • The purpose of a risk assessment is to decide if enough precautions are already in place, not just to log hazards.
  • Recording findings without implementing the resulting controls does not meet the legal duty.
  • Assessing the hazards of a task, not the person doing it, is the correct approach.
What is the difference between a hazard and a risk?
A hazard is something with the potential to cause harm; a risk is the likelihood and severity of that harm actually happening.
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Which UK regulations require employers to carry out risk assessments?
The Management of Health and Safety at Work Regulations 1999.
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What are the 5 steps of a risk assessment?
1) Identify hazards, 2) decide who might be harmed and how, 3) evaluate risks and decide precautions, 4) record findings and implement them, 5) review and update.
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How many employees trigger the legal duty to record risk assessment findings in writing?
5 or more employees.
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What standard must a risk assessment meet in law?
It must be 'suitable and sufficient' for the work being done - proportionate, not exhaustive.
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Who should carry out a risk assessment?
A 'competent person' - someone with sufficient training, knowledge and experience.
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Name three triggers for reviewing a risk assessment.
After an accident or near miss, when the work changes, or when new equipment/substances are introduced.
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Is there a fixed legal time period for reviewing risk assessments?
No - the law only says review 'as necessary'.
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Give an example of a hazard.
A wet floor, a live electrical cable, or a moving forklift - anything with the potential to cause harm.
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What is the most common mistake candidates make in risk assessment questions?
Confusing hazard with risk, or treating them as the same thing.
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Should risk assessment target the person or the task?
The task or process - not the individual doing the work.
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What must Step 4 of the risk assessment process include beyond writing things down?
Actually implementing the controls identified, not just recording them.
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Which groups need specific consideration under 'who might be harmed'?
Young workers, new or expectant mothers, contractors, visitors and other vulnerable people.
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Protecting the environment

Why the environment matters in IOSH terms

Working safely is not just about people. Poor environmental practice can cause pollution, harm wildlife, damage a company's reputation and lead to heavy fines or prosecution. IOSH links environmental protection directly to good health and safety management, because the same hazards (chemicals, waste, spills) that harm the environment can also harm workers.

Key environmental hazards at work

  • Air pollution: dust, fumes, vehicle exhaust and vapours from processes.
  • Water pollution: chemicals, oils or waste washed into drains, rivers or groundwater.
  • Land contamination: spills, buried waste or leaking containers.
  • Noise and light pollution: affecting nearby communities and wildlife.
  • Waste: general, hazardous and recyclable waste all need correct handling.

The waste hierarchy

Remember the order of preference, from best to worst:

1. Reduce (use less in the first place)

2. Reuse (use items again)

3. Recycle (turn waste into new materials)

4. Recover (get energy from waste, eg incineration with energy recovery)

5. Dispose (landfill, last resort)

This order should guide every decision about handling waste on site.

Controlling environmental risk

  • Store chemicals and oils in bunded (contained) areas so spills cannot reach drains.
  • Keep spill kits nearby and know how to use them immediately.
  • Segregate waste streams (general, recyclable, hazardous) using correctly labelled containers.
  • Only use licensed waste carriers, and keep a Waste Transfer Note (or Hazardous Waste Consignment Note for hazardous waste) as evidence of correct disposal.
  • Report all spills and leaks immediately, however small.
  • Follow permits and licences that control emissions, discharges and waste on site.

Common mistakes to avoid

  • Assuming environmental protection is someone else's job (it is everyone's responsibility).
  • Pouring chemicals, oil or unknown substances down drains.
  • Mixing hazardous waste with general waste.
  • Ignoring small spills because they seem minor; small leaks can still cause big pollution and big fines.
  • Forgetting that environmental incidents can also become safety incidents (eg fire, toxic fumes).

The bigger picture

Everyone at work has a personal responsibility to protect the environment, not just management. Good environmental practice reduces costs, protects the business from prosecution, and protects the wider community and natural world for the future.

  • The waste hierarchy order is Reduce, Reuse, Recycle, Recover, Dispose, with Reduce always the most preferred option.
  • Bunded storage areas contain spills from chemicals and oils so they cannot reach drains or watercourses.
  • A Waste Transfer Note (or Hazardous Waste Consignment Note for hazardous waste) is legal evidence that waste was disposed of correctly.
  • Only licensed waste carriers should be used to remove waste from a site.
  • Hazardous waste must always be kept separate from general waste, never mixed.
  • Spills and leaks must be reported immediately, no matter how small they seem.
  • Protecting the environment is every worker's personal responsibility, not just management's.
  • Environmental hazards at work include air pollution, water pollution, land contamination, noise and waste.
  • Poor environmental practice can lead to prosecution, heavy fines and reputational damage for a business.
  • Spill kits should be kept close to where chemicals or oils are stored or used, and staff should know how to use them.
  • Environmental incidents such as chemical spills can also turn into safety incidents, eg fire or toxic fumes.
What is the correct order of the waste hierarchy?
Reduce, Reuse, Recycle, Recover, Dispose (Reduce is most preferred, Dispose is last resort).
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What is a bunded storage area used for?
Containing spills from chemicals or oils so they cannot escape into drains or the ground.
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What document proves waste was disposed of legally?
A Waste Transfer Note, or a Hazardous Waste Consignment Note for hazardous waste.
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Who is allowed to remove waste from a site?
Only a licensed waste carrier.
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Should hazardous waste ever be mixed with general waste?
No, it must always be kept segregated.
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What should you do if you notice a small chemical leak?
Report it immediately, however small it seems.
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Whose responsibility is protecting the environment at work?
Everyone's responsibility, not just management's.
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Name three environmental hazards found at work.
Any three of: air pollution, water pollution, land contamination, noise pollution, waste.
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What can happen to a business after poor environmental practice?
Prosecution, heavy fines and reputational damage.
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What should be kept near chemical or oil storage in case of spills?
A spill kit, with staff trained to use it.
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How can an environmental incident also become a safety incident?
For example, a chemical spill could cause fire or release toxic fumes, endangering workers.
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What is the least preferred option in the waste hierarchy?
Dispose, eg sending waste to landfill.
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