Why is Maintenance Of Plant and Equipment Important?

Why is Maintenance Of Plant and Equipment Important

Plant and equipment maintenance

Maintenance of plant and equipment is carried out to prevent problems arising, to put faults right, and to ensure equipment is working effectively.

Maintenance may be part of a planned programme or may have to be carried out at short notice after a breakdown. It always involves non-routine activities and can expose those involved (and others) to a range of risks.

Why is the maintenance of plant and equipment important?

An effective maintenance programme will make plant and equipment more reliable. Fewer breakdowns will mean less dangerous contact with machinery is required, as well as having the cost benefits of better productivity and efficiency.

Additional hazards can occur when machinery becomes unreliable and develops faults. Maintenance allows these faults to be diagnosed early to manage any risks. However, maintenance needs to be correctly planned and carried out.

Unsafe maintenance has caused many fatalities and serious injuries, either during the maintenance or to those using the badly maintained or wrongly maintained/repaired equipment.

The Provision and Use of Work Equipment Regulations 1998 (PUWER) require work equipment and plant to be maintained so it remains safe and the maintenance operation is carried out safely. See ‘Find out more’ on page 71 for sources of advice.

Dos and Don’ts Of Plant And Equipment Maintenance

What do I have to do?

If you are an employer and you provide equipment for use, from hand tools and ladders to electrical power tools and larger plant, you need to demonstrate that you have arrangements in place to make sure they are maintained in a safe condition.

Think about what hazards can occur if:

  • tools break during use;
  • machinery starts up unexpectedly;
  • there is contact with materials that are normally enclosed within the machine, ie caused by leaks/breakage/ejection etc.

Failing to correctly plan and communicate clear instructions and information before starting maintenance can lead to confusion and can cause accidents. This can be a particular problem if maintenance is during normal production work or where there are contractors who are unfamiliar with the site.

Extra care is also required if maintenance involves:

  • working at height or when doing work that requires access to unusual parts of the building;
  • when entering vessels or confined spaces (see Chapter 18) where there may be toxic materials or a lack of air.

How can I do it?

Establishing a planned maintenance programme may be a useful step towards reducing risk, as well as having a reporting procedure for workers who may notice problems while working on machinery.

Some items of plant and equipment may have safety-critical features where deterioration would cause a risk. You must have arrangements in place to make sure the necessary inspections take place.

But there are other steps to consider:

Before you start maintenance

  • Decide if the work should be done by specialist contractors. Never take on work for which you are not prepared or competent.
  • Plan the work carefully before you start, ideally using the manufacturer’s maintenance instructions, and produce a safe system of work. This will avoid unforeseen delays and reduce the risks.
  • Make sure maintenance staff are competent and have appropriate clothing and equipment.
  • Try and use downtime for maintenance. You can avoid the difficulties in coordinating maintenance and production work if maintenance work is performed before start-up or during shutdown periods.

Safe working areas

  • You must provide safe access and a safe place of work.
  • Don’t just focus on the safety of maintenance workers – take the necessary precautions to ensure the safety of others who may be affected by their work, eg other employees or contractors working nearby.
  • Set up signs and barriers and position people at key points if they are needed to keep other people out.


A worker received crush injuries to his head and neck while he was undertaking maintenance work when the hoist he was working on started up.

What caused the accident?

The power supply to the hoist had not been isolated before work started. This was because workers had not been given adequate training or instruction on safe isolation procedures. It was also found that isolation by the interlocked gates could be bypassed.

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