Evacuation equipment is often bought with good intentions. A centre purchases ski sheets, evacuation pads, chairs, slide sheets or transfer aids, records that equipment is available, and assumes the fire evacuation arrangements have improved. Sometimes they have. Sometimes the equipment is technically present but not genuinely usable when staff need it.

Fit for purpose means more than having a product in the building. It means the equipment suits the residents or patients, the staff available, the layout, the fire strategy, the doors, the stairs, the floor surfaces, the night-time staffing level and the procedure that staff are expected to follow. If any of those points are wrong, the equipment may give false reassurance.

This is particularly important in nursing homes, designated centres, healthcare facilities and residential services where people may not be able to self-evacuate. A resident may be asleep, confused, dependent on oxygen, unable to weight bear, bariatric, in pain, frightened, or reluctant to leave a familiar room. The equipment has to work for that reality, not for a neat demonstration in an empty training room.

A good evacuation equipment review asks a practical question: can the staff on duty, with the residents present, using the building as it is, move people to a place of relative safety before conditions become unsafe? If the answer depends on luck, extra staff arriving quickly, corridors being unusually clear, or equipment being found at the last moment, the arrangement needs work.

The legal and regulatory context

Irish employers and registered providers have clear duties to plan for emergencies, provide adequate means of escape, maintain fire precautions and ensure staff are trained in what they may need to do. The Safety, Health and Welfare at Work Act 2005 requires adequate emergency plans and procedures and the necessary measures for evacuation of the workplace. The Health and Safety Authority's emergency escape and firefighting guidance also stresses risk assessment, means of escape, training, drills, maintenance and the needs of people who may require assistance.

For nursing homes and designated centres for older people, Regulation 28 requires adequate precautions against fire, suitable fire equipment, adequate means of escape, maintenance of fire equipment and arrangements for staff training in emergency procedures, including evacuation procedures. It also requires arrangements for evacuation, where necessary, and safe placement of residents. Regulation 28 is not satisfied by buying equipment and leaving it unused in a store.

HIQA's Fire Safety Handbook takes the same practical approach. It expects training to cover evacuation techniques and evacuation aids, and it notes that the person delivering training should be familiar with the centre and the evacuation aids that will be used in a fire emergency. That is a key point. The equipment and the training have to belong to the building, not just to a generic course.

What fit for purpose actually means

Fit for purpose starts with the evacuation strategy. A care home that relies on progressive horizontal evacuation needs equipment that helps staff move residents from the affected compartment to another place of relative safety, normally on the same level. If the plan includes stairs, a different level of equipment, staffing, training and risk assessment is needed. If the plan assumes bed evacuation, the door widths, corridor turns, bed type and staff numbers have to support that assumption.

The resident profile is just as important. A ski sheet may be suitable for some bed-bound residents, but not automatically for everyone. An evacuation chair may be useful for certain stair movements, but it is not a universal answer for someone who cannot sit safely, cannot follow instructions, has severe pain, or needs specialist handling. A slide sheet is useful in the right hands, but it is not a substitute for an evacuation plan.

The building can also make or break the equipment. Narrow bedroom doors, tight corridor turns, thresholds, carpets, changes in level, fire doors, bed rails, clutter, lift lobbies, dead-end corridors and external routes all affect what staff can do. Equipment that performs well across a smooth floor may behave very differently in a congested bedroom at night.

Staffing is the third part of the test. If a device requires two competent staff and the night shift cannot reliably provide two staff at that location, the device is not fit for that procedure. If it requires staff to kneel, pull, lift, control a heavy load or manage stairs in a way that conflicts with manual handling principles, that risk must be addressed rather than hidden inside the fire procedure.

Equipment must match the evacuation method

Different equipment solves different problems. Ski sheets and evacuation sheets are usually fitted to beds and are intended to help staff move a resident on the mattress, generally along a floor surface. Evacuation pads may be used where a resident is transferred from a bed or chair onto the pad before movement. Evacuation chairs are commonly associated with stair evacuation. Slide sheets and transfer aids may support movement from one surface to another, but they are not usually the whole evacuation solution.

The choice should follow the assessed need. A centre should not select equipment because it is familiar, cheaper, already in the store, or impressive in a sales demonstration. The right question is whether it supports the evacuation method written into the resident's plan and the centre's fire procedure.

For example, if the resident's plan says that a ski sheet will be used, staff need to know whether the sheet is fitted, accessible, compatible with the mattress and bed, checked regularly, and practical through the bedroom door and along the route. If the plan says a resident will be moved in an evacuation chair, staff need to know how the resident will transfer into the chair, who will assist, whether the resident can sit safely, and how the stairs or route will be managed.

This is where some procedures become weak. They name a device but do not describe the real task. Staff are left to work out the transfer, the route, the number of people needed and the sequence during the emergency. That is not a reliable evacuation arrangement.

The problem with one size fits all

A common weakness in healthcare fire safety is the assumption that one piece of equipment can cover all non-ambulant residents. It rarely can. Residents differ in size, mobility, cognition, posture, medical condition, anxiety, pain, communication and ability to cooperate. A device that is safe for one person may be unsuitable for another.

This is why personal emergency planning matters. In a care setting, the evacuation method should be linked to the resident's current dependency and reviewed when their condition changes. A resident recovering from surgery, returning from hospital, starting oxygen therapy, losing mobility or becoming more confused may need a different approach from the one recorded months earlier.

The review should be practical rather than bureaucratic. If a resident now needs two staff for transfers, the fire plan should say so. If bedrails, pressure equipment, oxygen tubing or room layout affect the evacuation method, that should be recognised. If a resident is likely to resist movement, the plan should include how staff will communicate and who is best placed to help.

There also needs to be a link between fire safety and manual handling. Staff should not be told, explicitly or by implication, to use a technique that places them at unreasonable risk. In a fire, some urgency is unavoidable, but foreseeable handling risks still need to be reduced through equipment selection, staffing, route planning, training and realistic practice.

Change control is often where systems fail. A new resident arrives, a bedroom changes use, a mattress is replaced, a door closer is adjusted, a corridor becomes storage for spare equipment, or night staffing changes. Any of those changes can affect evacuation equipment. They should trigger a check before the written plan is allowed to drift away from the real conditions.

Training must be realistic

Training should not be limited to naming the equipment and showing how it unfolds. Staff need to practise the actual technique, understand when to use it, know where the equipment is kept, and know what to do if the first option is blocked or unsuitable. They also need to understand the sequence of evacuation, especially where progressive horizontal evacuation is used.

Practice should be realistic without putting staff or residents at risk. Staff should not be used as training loads for dragging or stair work where that creates avoidable injury risk. Residents should not be used as practice loads. The correct approach is to use suitable training aids, such as rescue manikins or manufacturer-approved training methods, and to practise in the building where the equipment may actually be needed.

This point is often underestimated. A short demonstration in a classroom does not prove that staff can move a resident from the furthest bedroom, through the actual doors, along the actual corridor, past cross-corridor doors and into the next compartment. Training needs to connect the equipment to the building.

Staff also need to know the limits of the equipment. A device may not be suitable for stairs, bariatric residents, certain beds, certain mattresses, outdoor surfaces, residents who cannot sit upright, or residents with specific clinical risks. Those limits should be known before the emergency, not discovered during it.

Accessibility and storage

Evacuation equipment that cannot be reached quickly is not fit for purpose. A chair locked in a store with one key holder, a ski sheet not fitted to the bed, a pad hidden behind other items, or equipment stored in a cluttered corridor all create delay. In a fire, staff should not be searching, asking who has the key, or moving stock to reach the device.

Storage should be planned around the fire procedure. If a device is intended for a particular compartment or stair, it should be located so staff can reach it without entering unnecessary risk. If equipment is shared between areas, the procedure should explain how it will be obtained and whether that is realistic for the staffing level and travel distance.

Equipment must also remain available during normal service pressures. It should not be borrowed for routine moving and handling, left in another department, blocked by deliveries or used as general storage. Managers should treat missing or inaccessible evacuation equipment as a fire safety defect, not an inconvenience.

Inspection and maintenance

Evacuation equipment needs routine checks. Webbing, buckles, handles, stitching, wheels, brakes, tracks, labels, batteries where relevant, storage brackets and manufacturer instructions should be checked at suitable intervals. Any defect should be recorded and corrected. If equipment is taken out of service, the fire procedure may need temporary controls until a replacement is available.

The inspection should include compatibility. A ski sheet fitted to an unsuitable mattress, a device used beyond its rated load, an evacuation chair with missing instructions, or equipment that staff have never practised with is not a robust control. Competent maintenance is important, but local operational checks are also needed.

Records should show what equipment is available, where it is located, when it was checked, what defects were found, what training has been completed and which residents rely on which method. This gives the provider evidence of oversight and, more importantly, helps managers see gaps before an incident exposes them.

Procurement questions

Before buying equipment, ask direct questions. Which residents will this help? Which evacuation method does it support? How many staff are required? What is the rated load? Is it compatible with our beds, mattresses and doors? Can it be used on our floor surfaces and stairs? What are its limits? What training is required? What maintenance is required? What happens if the resident cannot cooperate?

Suppliers can demonstrate products, but the provider still owns the decision. A product demonstration does not replace a fire risk assessment, manual handling assessment, resident review or evacuation drill. The decision should be based on the building and the people in it.

It is also worth trialling equipment in the actual route before committing to it. Measure the awkward parts of the building: narrow doors, tight turns, sloping floors, bedroom layouts, stair landings and compartment doors. A device that cannot pass through the route safely is not fit for that route, however good it looks in isolation.

Drills and assurance

A fire drill should not be theatre. It should test whether the plan can work safely. In healthcare, that does not mean dragging residents out of bed or creating distress. It does mean checking staff response, communication, route use, equipment access, door control, alarm response, compartment movement and decision making.

Desktop exercises can also be useful. Ask staff what they would do if smoke was reported in a bedroom, if the ski sheet was missing, if a resident refused to move, if the corridor was partly blocked, if the nearest compartment was unavailable, or if only the night team was present. Weak answers reveal training and planning gaps.

After drills or exercises, findings should feed back into equipment selection, storage, staffing assumptions, resident plans and training. Repeating the same drill every year without improving the system is a missed opportunity.

What good looks like

A strong arrangement is easy to recognise. Each resident who needs assistance has a clear evacuation method. The method is compatible with their condition, the equipment, the room and the route. Staff know where the equipment is and have practised with it. The route is kept clear. Fire doors work. Equipment is inspected. Changes in dependency trigger review. Night staff are not expected to do the impossible.

Good arrangements also avoid false precision. The aim is not to promise that every resident can be moved in a neat number of minutes. The aim is to ensure that the available safe evacuation time is greater than the time staff reasonably need, with a margin. Equipment should reduce the time and effort required; it should not be used to hide gaps in staffing, compartmentation or training.

The most important test is whether the plan remains credible on the hardest shift, with the most dependent residents, in the most awkward part of the building. If it only works when the full day team is present and corridors are perfect, it is not a dependable fire safety arrangement.

How Phoenix STS can help

Phoenix STS can review evacuation equipment as part of fire risk assessment, healthcare fire safety training, evacuation planning and fire drill evaluation. The review looks at the equipment, but also at the residents, staffing, compartment layout, bedroom conditions, fire doors, routes, storage, maintenance and training records.

Related Phoenix STS guidance includes our articles on ski evacuation pads, bed evacuation and bedrails, evacuation times in healthcare facilities and the hidden danger in healthcare fire drills.

Fit-for-purpose evacuation equipment is not about having the most equipment. It is about having the right equipment, in the right place, for the right person, used by staff who have practised the task in the building where the emergency may occur. That is the standard providers should be aiming for.

Disclaimer

This article is general guidance only. It is not a substitute for a fire risk assessment, manual handling assessment, resident-specific evacuation planning, competent fire safety advice, clinical advice or legal advice. Each building and service should be assessed on its own layout, residents, staffing, equipment, fire precautions and management arrangements.