10/7/2011· Aquatics Safety
By: Gerald Dworkin
The National Fire Protection Association (NFPA) establishes standards for the Fire and Rescue industry.
In the event a firefighter is suddenly and unexpectedly immersed in deep water while wearing full turnout gear, the firefighter's survival is dependent upon the actions taken during the first critical seconds of the immersion. The incidence of this type of emergency increases when firefighters are fighting apartment fires around a swimming pool, during suppression activities on and around piers and docks, as well as during a fall-through incident in which the firefighter falls through a floor into a basement filled with water.
During the past several years, there has been a lot of conflicting information advocating the need for the firefighter to assume a prone (on the front) versus a supine (on the back) position in the water. It is our belief that the firefighter should assume a horizontal position in the water as soon as he floats to the surface. Whether the firefighter assumes a prone or supine horizontal position should be dependent upon the individual comfort level of the firefighter. However, it is also our opinion that if the firefighter is wearing SCBA, as he would during suppression activities, it is safer and more comfortable for the firefighter to assume a supine horizontal position. It is our hope that this article and the supporting photographs will clarify our opinion.
Wearing full turnout gear with SCBA increases the weight of a firefighter by approximately 60 lbs. (Photo A). When the turnout gear is wet, approximately 40 lbs. of additional weight is added as a result of the absorbed water into the pockets and lining of the turnout gear. Yet, even with the additional 100 lbs. of weight, after the firefighter falls into the water, he will immediately float to the surface as a result of the trapped air inside his turnout gear. The firefighter can safely maintain his buoyancy in the water while working his way to safety or until he can be rescued by other firefighters. (Photo B). Once immersed, many airpacks will automatically free-flow air. Due to the positive pressure in the air mask, as long as the seal has not been compromised, the firefighter can continue to breathe with the mask in place.
Immediately after falling into the water, the firefighter needs to assume a horizontal position in the water. If he attempts to get vertical, all the trapped air will escape from the neck and arms of the turnout coat and the firefighter will immediately lose his buoyancy. (Photo C). While maintaining a horizontal position in the water, the firefighter should use only underwater arm movements to progress himself to safety. Overarm movements will again result in losing air from the turnout coat, and the weight of the arms will lead to exhaustion of the firefighter.
The firefighter's turnout gear can assist him in staying afloat. The firefighter's helmet can be used to trap air and when placed over the hips, will help to elevate the firefighter's hips in the water. (Photo D). If the firefighter is wearing rubber pull-on boots, he can remove one, or both boots, empty the water from them, and then invert them to trap air. The trapped air inside the boot provides sufficient buoyancy to keep the firefighter afloat. (Photo E & F).
It is the opinion of this author that the best horizontal position for the firefighter to assume when wearing SCBA is the supine position (on the back). This position allows the firefighter to assume a good horizontal position with the toes of his feet near the surface in order to trap air in his boots. It also provides the best advantage for seeing his surroundings, as well as for using the underwater arm movements. Should the firefighter need to dump his SCBA, the supine position allows the firefighter the best access to his SCBA straps. (Photo G). Should additional air need to be added within the turnout coat, this can easily be done with the firefighter in this position by spashing water into the bottom of the turnout coat.
Some authorities recommend a prone (on the front) position. However, by assuming this position, the SCBA bottle prevents the firefighter from removing his head from the water, especially if he is still wearing his helmet. Furthermore, by overcompensating and lifting his head higher out of the water, this tends to place him in a more vertical position which results in his losing trapped air from the turnout coat. (Photo H).
We encourage all Fire and Rescue Departments to provide the opportunity for firefighter personnel to practice these survival procedures while wearing full turnout gear. These practical evolutions should be performed in shallow water under the watchful eye of an Instructor. After these skills are mastered and the firefighter is comfortable in the water with his gear, these skills should then be practiced in deep water. We recommend these skills be practiced by one firefighter at a time in the water along with an in-water Instructor. The in-water Instructor should have a buoyant device (i.e. Rescue Tube) available should the firefighter panic and/or lose his buoyancy.
Gerald Dworkin, is a professional aquatics safety and water rescue consultant for Lifesaving Resources Inc. and is responsible for aquatics safety, lifeguard, water rescue, and ice rescue training curricula and programs. He also consults as an expert in drowning and aquatic injury litigation. He is a graduate from the University of Bridgeport in Connecticut, and has over 30 years professional experience in the fire, EMS, and water rescue sector. He is currently a firefighter/EMT for the Harrisville (NH) Fire and Rescue Department.
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3/19/2012· Aquatics Safety
By: Gerald Dworkin
I’ve always advocated the need for aquatics facilities to collaborate and coordinate lifeguard and water rescue training and emergency operations with community fire, rescue, emergency medical services (EMS) and law enforcement agencies.
9/24/2009· Aquatics Safety
By: Gerald Dworkin
Each year, there are approximately 1,500 incidents and 600 deaths occur involving vehicles that have gone off the road and plummeted into the water. Therefore, the public needs to plan for these types of emergencies by (A) rehearsing the steps necessary for a successful self-rescue from a vehicle in the water, and (B) having the rescue/escape tools readily available for use during this type of emergency situation.