Heights Rescue Planning
Emergency Procedures For Falls
This course is run at a workplace or our training centre when that workplace makes a group booking. Whenever there are risks from working at height, appropriate emergency procedures and facilities, including first aid, must be established and provided. Typical injuries from falls can include unconsciousness and occluded airway, impalement, serious head or abdominal injuries and fractures.
A person using a fall-arrest system could suffer suspension intolerance as a result of a fall. The WHS Regulations contain a specific provision to address the need for emergency and rescue procedures for such situations.
A person conducting a business or undertaking who implements a fall-arrest system as a measure to control risk must establish emergency and rescue procedures. The procedures must be tested so that they are effective. Workers must be provided with suitable and adequate information, instruction and training in relation to the emergency procedures.
In developing emergency procedures, the different types of emergency and rescue scenarios that might arise should be considered. Information from the risk assessment will help in this task.
You must ensure that workers have access to first aid equipment and facilities for the administration of first aid. You must also ensure that workers are trained to administer first aid or that workers have access to persons who are trained in first aid.
Further guidance is available in the First Aid in the Workplace Code of Practice [under development]. The emergency procedures for falls may be incorporated into the emergency plan required for the workplace under the WHS Regulations. When establishing emergency procedures, you should take into account the following:
|Points to Consider||Questions|
|Location of the work area||Is the work at height being undertaken in a remote or isolated place?
How accessible is it in an emergency and how far away is it from appropriate medical facilities?
Can the rescue of a person after an arrested fall be provided immediately, without the need to rely on emergency services?
|Communications||How can workers working at height communicate in an emergency?|
|Rescue equipment||What kinds of emergencies may arise?
The provision of suitable rescue equipment will depend on the nature of the work and the control measures used, for example: an emergency rapid response kit with man-made fibre rope, according to AS/NZS 4142.3 Fibre ropes—Man-made fibre rope for static life rescue lines.
Selected rescue equipment should be kept in close proximity to the work area so that it can be used immediately.
|Capabilities of rescuers||Are rescuers properly trained, sufficiently fit to carry out their task and capable of using any equipment provided for rescue (e.g. breathing apparatus, lifelines and firefighting equipment)?
Have emergency procedures been tested to demonstrate that they are effective?
|First Aid||Is appropriate first aid available for injuries associated with falls?
Are trained first aiders available to make proper use of any necessary first aid equipment?
|Local emergency services— if they are to be relied on for rescue||How will the local emergency services (e.g. ambulance) be notified of an incident?
What is the likely response time?
Suspension Trauma (also called toxic shock syndrome, crush syndrome)
Suspension trauma occurs when a person has an arrested fall and is suspended in an upright, vertical position with the harness leg straps causing pressure on the leg veins.
The lower legs have a large amount of blood in them & the leg straps reduce the return of blood to the heart; this has 2 major effects:
1 the heart rate slows, which can cause the person to faint.
2 the build up of toxins in the legs usually can not be cleaned quick enough by the liver & kidneys when the pressure is taken off and when the blood flows normally again, these toxins may lead to a heart attack and death.
These 2 things may lead to renal failure and eventually death, depending on a person’s susceptibility.
This condition is usually worsened by heat and dehydration.
The quick rescue of a person suspended in a full body harness, as soon as is possible and within 5 minutes, is vital.
For this reason, workers should be capable of conducting a rescue of a fallen worker and be familiar with onsite rescue equipment and procedures.
Workers and emergency response workers must be trained in the rescue procedures and be able to recognise the risks of suspension intolerance and act quickly in the rescue of a person.
Preventing Suspension Trauma
To prevent suspension intolerance occurring as a result of an arrested fall, you should ensure that: „
- workers never work alone when using a harness as fall protection „„
- the time a worker spends in suspension after a fall is limited to less than five minutes. When suspension is longer than five minutes, suspension trauma straps or a way of relieving weight on the legs should be provided.
- workers are trained to do the following when they are hanging in their harness after a fall: – move their legs in the harness and push against any footholds, where possible.
In some instances, the harness design and/or any injuries received may prevent this movement.
Move their legs as high as possible and the head as horizontal as possible, where these movements are possible.
Training For Rescues
The training for rescuing workers who have fallen should address the following factors:
- the rescue should start immediately
- training frequency should take into account the worker’s competence and their ability to retain competence through regular exposure to the equipment and skills needed to perform a rescue
- workers should not put themselves at risk during a rescue.
Book now by calling 0412 291 054 and talk to the friendly VS&R team.