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Worker killed in elevating work platform incident

In a recent incident, a worker suffered fatal crush injuries while operating an elevating work platform (EWP). Initial enquiries indicated the worker became trapped between the top rail of the EWP basket and a panelled bulkhead above.

The EWP involved in the incident was a scissor lift type EWP (see Figure 1 typical only).

Scissor lift elevating work platform

Figure 1: Scissor lift elevating work platform

Investigations are continuing.

Safety issues

Elevating work platforms (EWP) are important for working at height but there have been many serious incidents where operators have been trapped or crushed between the basket and overhead obstructions including ceilings, beams, frameworks or other fittings. EWPs include boom-type EWPs and scissor lifts.

The most common EWP incidents happen when reversing, slewing or elevating near an obstruction, or from unexpected movement of the boom near an obstruction. Boom type EWPs have additional risks because the boom raises in an arc shape rather than straight up.

Serious injury also occurs from jarring contact of the operator with platform guard rails when travelling over rough ground and from accidental movement of the platform leading to body compression against a structure, tree branch or other solid object.

This incident occurred on a scissor lift fitted with controls below the top rail of the platform.

Ways to manage health and safety

Effective risk management starts with a commitment to health and safety from those who manage the business. If an incident occurs, you'll need to show the regulator that you’ve used an effective risk management process. This responsibility is covered by your primary duty of care in the Work Health and Safety Act 2011.

Use the hierarchy of controls to help decide how to eliminate and reduce risks in your place of work. The hierarchy of controls ranks types of control methods from the highest level of protection and reliability to the lowest. It’s a step-by-step approach to eliminating or reducing risks. You must work through the hierarchy of controls when managing risks, with the aim of eliminating the hazard, which is the most effective control.

Possible control measures to prevent similar incidents

Persons conducting a business or undertaking (PCBU) must ensure the risks associated with EWPs are controlled. You must consider various risk controls and choose those that most effectively eliminate or minimise the risk in the circumstances. Managing the risks of operating an EWP often requires a combination of controls.

Secondary guarding

Where there is a risk of crushing against a fixed structure, an effective operator protective device needs to be fitted, so far as is reasonably practicable.

These devices are commonly known as secondary guarding and may include, but are not limited to:

  • physical barriers attached to the platform, which reduce the likelihood of employees being crushed against structures.
  • pressure sensing devices positioned over the control panel, which detect pending crush incidents and prevent further hazardous movements.
  • proximity sensing devices which prevent an EWP’s platform from manoeuvring into high-risk areas near to fixed structures.
    (Source: Safety Alert - Employee crushed while using elevating work platform - WorkSafe Victoria.)
  • devices that stop the EWP when the operator’s body moves suddenly.

Safe System of Work

Develop a safe system of work for the use of EWPs, this could include, but is not limited to the following:

  • Pre-work inspection of the EWP should include inspection of the following devices and controls:
    • warning devices
    • deadman controls
    • drive, steering and braking controls
    • tyres.
  • Ensure that any construction sequencing is assessed to minimise the risk of using an EWP in restricted spaces. This may require consultation with the designer of a structure to ensure that the construction methodology eliminates or minimises crush and other hazards.
  • Planning EWP operations as early as possible through consultation, cooperation and coordination with everyone engaged in the work. Where possible, sequence the building works so that adequate room is available to safely operate the EWP and the risk of the platform or boom becoming caught on an obstruction is minimised. In some situations, building fixtures, such as cable trays and pipework, can make it more difficult to operate an EWP safely. In these situations, alternative means of safe access should be considered.
  • Ensuring the EWP is only used on a solid level surface, unless it is designed for use on rough terrain.
  • Check for hazards on the ground or overhead, and that the operator is fully aware of their surroundings at all times.
  • Ensure appropriate control measures are in place to minimise risk of collision by mobile plant or other vehicle operating in the vicinity.
  • Operate the EWP in creep mode when near fixed structures.
  • Don’t travel with a raised platform, especially where the ground is uneven.
  • Don’t drive EWPs through doorways while operating from the platform.
  • Where there is restricted headroom, walk the EWP using the ground controls or other mobile control device.
  • All distractions should be avoided including mobile phones and conversations with other workers.
  • EWP controls can differ between makes and models, so operators need to know four things in particular for the type and model of EWP being used:
    • where the operator's manual is kept, and what's in it;
    • the purpose and function of all controls;
    • what safety devices are fitted that are specific to that make and model; and
    • how to lower the platform in an emergency.
  • All EWP operators and ground staff should be trained in the purpose and function of the controls, the fitted safety devices, and how to lower the platform in an emergency.
  • Operators must be competent and provided with adequate training, including familiarisation training for each specific make and model of EWP they use. If the EWP has a boom of 11 metres or longer, the operator must hold a high-risk work licence.
  • Particular attention should be paid to the orientation of the EWP relative to the controls to minimise the inadvertent movement of the plant in the wrong direction (e.g., forward instead of reverse).

Operators must ensure the safe working load (SWL), or maximum rated capacity of the platform is not exceeded:

  • The movement of the EWP should be planned, slow and deliberate and when navigating difficult obstructions having a spotter will assist the operator.
  • Supervisors and spotters should be trained and on site whenever an EWP is being used.
  • Due to the importance of a prompt rescue, EWP operators should never operate an EWP alone.
  • Safe work method statements are required for all high-risk construction work.
  • Ensuring training and instruction are provided to workers in the use of fall arrest equipment.

Depending on the task, any remaining risk must be minimised with suitable personal protective equipment (for example hard hats, gloves, protective footwear, eye protection, and high visibility clothing).

The control measures you put in place should be reviewed regularly to make sure they work as planned.

More Information

If this information has caused distress there are services to help:

  • Lifeline – 24/7 crisis support service, including phone, texting and chat services.
  • Beyond Blue – information and support for anxiety, depression and suicide prevention for everyone in Australia.
  • Black Dog Institute – research and resources on mental health in the workplace.
  • SANE – helpline service, as well as resources on mental health.

Have you been affected by a workplace fatality, illness or serious injury?

For advice and support, visit our Facebook page or email ohs.coronialliaison@oir.qld.gov.au.