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Typical economic unit costs to employers by sector for each injury type

Sector All Injuries
(£)
Serious or Major
(£)
Over 3 Day
(£)
Other Injury
(£)
Non Injury
(£)
Agriculture  1529  17669  574  37  181 
Manufacturing  1372  18725  594  48  181 
Distribution and repair  513  17803  482  44  181 
Construction  562  18531  562  31  70 
Consumer & leisure  1442  17320  502  42  181 
Hotels and restaurants  465  18943  313  38  181 
Transport and communications  836  19253  609  29  80 
Finance and business  648  18540  606  52  181 
Public administration and defence  1479  19867  622  38  181 
Education  1082  17722  402  34  181 
Health and social work  1090  17680  488  27  72 
Energy and water supply  1777  38942  2595  194  842 
Source: The Costs To Britain of workplace accidents and work-related ill health in 1995/96 (HSE) Appendix 8 Table 59. Data uprated to 2000 prices.           

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Typical economic unit costs to employers by occupation for each injury type

Occupation All Injuries
(£)
Serious or Major
(£)
Over 3 Day
(£)
Other Injury
(£)
Non Injury
(£)
Craft and related occupations  848  18606  542  48  183 
Plant and machine operatives  1311  17795  494  52  183 
Other occupations (mainly unskilled)  776  17553  406  48  183 
Personal and protective service  812  18516  495  43  183 
Associate professionals and technical  1698  18948  612  44  183 
Sales  1027  17495  521  46  183 
Managers and administrators  889  21044  943  45  183 
Professional  1015  19516  867  39  183 
Clerical and secretarial  865  19005  435  31  183 
Source: The Costs of Britain of workplace accidents and work-related ill health in 1995/96 (HSE) Appendix 8 Table 59. Data uprated to 2000 prices.           

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Average number of working days lost through injury where at least one full day was lost - listed by employment sector

Sector Average working days lost per injury
Agriculture  9.2 
Energy and water supply 
Manufacturing  11.2 
Construction  17.8 
Distribution and repair  12.3 
Hotels and restaurants  16.8 
Transport and communications  16.9 
Finance and business  13.4 
Public administration and defence  17.1 
Education  13.9 
Health and social work  20.7 
Consumer/leisure  12.5 
All industries  14.5 
Data Source: Labour Force Survey 2000/01   

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Average number of working days lost through injury where at least one full day was lost - listed by occupation

Occupation Average working days lost per injury
Craft and related  13.4 
Plant and machine operatives  14 
Personal and protective services  17.2 
Associate professional and technical  17.4 
Sales  14.2 
Managers and administrators  7.5 
Professional  9.7 
Clerical and secretarial  14.9 
Other occupations (mostly unskilled)  20.1 
All occupations  14.5 
Data source: Labour Force Survey 2000/01   

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Reference 1

Bamber, L., Accident Costing, 6.4-08, Handbook of Risk Management, Kluwer Publishing Ltd, Kingston-upon-Thames (1992)

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Reference 2

Data taken from National Statistics website. Correction factor of 16.9% applied.

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Note 1

An injury accident which causes a loss of time beyond the shift during which the accident occurred. (Definition originally 'Loss time injury' simplified for users)

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Note 2

An injury accident that does not result in a loss of time beyond the shift during which the accident occurred. (Definition originally ' non lost time injury')

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Note 3

An accident that results in damage to property, plant and equipment, and that might have resulted in personal injury.

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Injury Costs
 

Introduction to injury costs

Over 1 million people suffer an injury at work each year. 7.3 million working days were lost in 2000/01 from people taking time off because of these injuries. Work injuries can happen in any business, whatever its size.

Examples

  • An employee had half a finger amputated. He was polishing a metal component when his glove became caught on a rotating machine spindle. He was off work for around 10 weeks. The company costed the accident at just over £4000. This does not include any costs relating to the compensation claim (which is ongoing).
  • A worker fell over a delivery ramp while walking in front of an office building. She injured her shoulder and was off work for two weeks. The company calculated the total cost of the accident to be £14 800.
  • A farmer was changing the attachment on the back of a tractor. As he did this, his hand was crushed by it, causing severe injuries. Costs were incurred for 3 years following the accident. The net total cost to the family business was over £96 000.
  • A butcher cut his hand on a knife left in an animal carcass by another worker. He needed hospital treatment and a week off work. The costs to the company so far are £351 plus 2.5 hours investigating the accident. There are ongoing legal costs.

Further examples can be found on the case studies database. If you wish to view this now, please click here.

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Costs of different injury types

A non-HSE study determined the average uninsured costs of certain injury types. The indicative values (uprated to 2003 prices) found were:

Accident Type Base value at
February 1997 Reference 1
£
Cost at April 2003 corrected
for Retail Price Index change Reference 2
£
Causing absence from work Note 1 1911 2234
First aid Note 2 30 35
Damage only Note 3 129 151

Please click on the further information icon for further information about the data.

As these are uninsured costs, the employer must meet them.

HSE has calculated that for a serious or major injury, the typical cost to employers is about £17 000 to £19 000.

If you would like to see in more detail the costs for injuries that HSE has calculated, then for

  • costs determined for different sectors, please click on data icon. View by industry
  • costs determined for different occupations, please click on data icon. View by occupation

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Working out your own costs

This website provides a tool to help you estimate what accidents might be costing your company each year. If you want to view this now, please click here.

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Time away from work following injury

The length of time people will be away from work following an injury depends on the type of injury they receive. It is difficult to predict how long a person may be off for any particular type of injury. However, information from the 2000/01 Labour Force Survey shows that:

  • over a half (52.8%) of all people who are injured are off work for one or more days; and
  • nearly a quarter (23.1%) of all people who are injured will be off work for more than one week.

If you would like to see the average length of time people are absent from work (if they take time off), for:

  • average number of days taken off listed by industrial sector, please click on data icon. View by industry
  • average number of days taken off listed by occupation, please click on data icon. View by occupation

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But we haven't had many accidents

Your employees are less likely to be injured if you have good controls in place. Even so things can still go wrong. If you do not have good controls in place and have not had an accident, you have just been very lucky. But luck does and will run out.

It's not just the big accidents that cost you money. For every big accident there are likely to be lots of smaller ones. Each of these cost you money - and often more than the immediate and obvious costs.

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Accident pyramids

A number of studies have shown there is a statistical relationship between different accident types. This is often expressed as an 'accident pyramid'.

accident pyramid showing differing proportions of various categories of incidents (1 serious injury, 10 minor injuries, 30 instances of property damage, 600 incidents) - serious injury
- minor injuries
- property damage
- incidents

What the exact ratios are between the different accident types depends on:

  • how the accidents are defined;
  • the type of accidents; and
  • the industrial sector studied.

All the studies, however, agree that some form of accident pyramid exists.

If an organisation does not properly control risks, the outcome of an accident often depends on chance. Because the outcome of an accident cannot be accurately predicted, the only way to effectively reduce accidents is by controlling the underlying causes of all the different accident types. By tackling these underlying accident causes, the losses from all the different types of preventable accidents will be eliminated.

HSE undertook five studies, using a total loss approach, on accident costs. The results were published in 'The cost of accidents at work'. 8% of the accidents studied were judged to have had the potential for more serious consequences. These included fatalities, multiple injuries or catastrophic loss. Only luck prevented these accidents from being more serious than they actually were.

Most accidents have the potential to cause both property damage and personal injury. But not in all cases. Some injury accidents are unlikely to cause property damage. Some accidents, which cause property damage, have no potential to cause injury. Even though the latter do not have the potential to cause harm, they will still cost your organisation money.

Remember: if you have only had minor accidents so far, the next one could well be a more serious one.

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Definitions

On this website, the definition of an accident is 'any unplanned event that results in injury or ill-health to people, or damages equipment, property or materials but where there was a risk of harm'.

This is a narrower definition of an accident than that used in a total loss study, where there does not have to be risk of harm. But the above definition clearly focuses attention onto health and safety management. However, events where people are not hurt, but could have been, are considered to be a health and safety issue. A slight change in circumstances may have meant a person being harmed.

Accident costs can be divided into two types:

  1. Financial costs: those additional costs incurred to achieve the desired output.
    For example:
    • overtime payments;
    • cost of repairs;
    • cost of extra materials; and
    • fines and penalties.
  1. Opportunity costs: the costs of labour paid for no production. For example:
    • salary costs of people waiting to work at an idle machine;
    • people at home unable to work through injury; and
    • costs for machinery running idle.

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