Two Firefighter Deaths Highlight the Need for Rehab
Story & Photos by Jeffrey T. Lindsey
Training is an integral part of the fire service. Senior firefighters and company officers conduct training exercises and drill every day throughout the country. But whether it’s initial training or station drills, the risk of injury or death is always present.
Cases in point: On May 31, 2008, a firefighter recruit died after a day of final testing for certification as a firefighter in Oklahoma. On Nov. 9, 2008, a firefighter died while participating in a maze drill in Virginia. These two cases are reflective of concerns the fire service faces in the realm of training.
In this article, I’ll look at these two incidents more closely and offer advice on what you can do to prevent these tragic events from occurring in the future.
Stillwater, OK
The following is a recount of the event as described in the investigation final report by the Oklahoma State University Fire Service Training:
On May 31, 2008, a group 15 recruits from various fire departments around Oklahoma met at the Oklahoma State University Fire Service Training grounds to complete their training program. One of the trainees, firefighter Russell “Rusty” Toppings, was a 28-year-old Caucasian male who stood 6 feet tall and weighed approximately 280 lbs. He served as a volunteer firefighter with the Barnsdall Rural Volunteer Fire Department, and was considered one of best, most enthusiastic and fittest students in the class.
The testing conducted that day was long and strenuous, but consistent with most certification sessions. Conditions were ideal. It was 75 degrees out, with 69 percent relative humidity and a light breeze at 8 mph. Participants were urged to hydrate and dress comfortably.
Prior to the testing process, each participant was required to complete a medical information form. Toppings noted ulcerative colitis on his information form, but failed to note that he had been having flare-ups of the condition for the past 2 days.
The event orientation emphasized the need to hydrate throughout the day; the location of the water coolers and Gatorade coolers was noted. Further, instructors informed the participants of the statistics involved with the class, emphasizing that in virtually every class, two students were transported to the local hospital as result of dehydration.
The testing began. As the day progressed, various recruits were overcome with heat exhaustion. By 1100 HRS, one firefighter was transported to the hospital for heat exhaustion. One possible reason for the occurrence of this condition could be the fact that firefighters participating in this type of training push themselves more so than in other classes, since unsuccessful completion requires that they repeat the program; however, the instructors do not recall expressing this to the students.
A variety of evolutions was conducted throughout the morning, with participants in full PPE. Lunchtime ran over an hour long, and during that time, Toppings was found to be in good physical condition other than sweating profusely.
By the afternoon, the temperature had risen to 85 degrees with 65 percent humidity, wind at 15 mph and scattered clouds. Around 1500 HRS, the temperature reached a high of 91 degrees. The trainees performed a series of evolutions, but rehab was provided at various times, and students were instructed to notify the instructors if they needed a break.
Students didn’t remove PPE in between evolutions, and in some cases, they went from one role to another. By the end of the day, Toppings didn’t voice any complaints, and at one point, he noted how much he enjoyed the day. Toppings worked digging ditches all day and was accustomed to performing manual labor in the heat.
As the last evolution was completed somewhere around 1810 HRS, a couple firefighters were in the bathroom and noticed a set of bunker boots in one of the bathroom stalls. Nothing seemed to be out of the ordinary. At 1815 HRS, one of the instructors checked the buildings to begin locking up the facility when he too noticed the boots and investigated. At this time, Toppings was discovered unresponsive in the toilet stall. He was removed and medical care was initiated, with AED advising no shock indicated. He was transported to the hospital and was pronounced dead at 1911 HRS.
A formal investigation was conducted with 23 findings to address. Twenty recommendations were made as a result of this investigation; six involved live-fire training while the remaining 14 focused on rehab during live-fire training.
Woodbridge, VA
Six months later in Prince William County, Va., a 42-year-old firefighter suffered a sudden cardiac death during maze training. The following is a recount of the event from the NIOSH report. (Similar to the previous event, the firefighter trainee was going through an all-day training event involving the SCBA maze.)
There was no live fire during the training; however, participants were in PPE most of the day, with brief breaks in between evolutions. The trainee in this situation was going through the maze mid-afternoon when communication with her was suddenly lost. It took approximately 10 minutes to extricate her from the maze and begin medical intervention. She was in cardiac arrest. The trainee had complained of not feeling well prior to the event; however, she elected to continue with the training.
The recommendations from the NIOSH investigation focused on the need for proper rehab during the training event.
The Solution
The common problem shared by these two incidents: the lack of adequate rehab for firefighters during training.
To prevent injury and death, always remember to incorporate rehab procedures into both fireground and training ground operations. Set up any necessary equipment, such as cooling chairs and fans.
Rehab should include monitoring the condition of personnel by taking accurate body temperatures, but keep in mind that blood pressure monitoring isn’t considered a major component of medical monitoring due to the variations in baseline vitals.
The fire service is still struggling to incorporate rehab into incident operations, let alone incorporating it into training sessions. We know we perform on the incident scene in the same way we train. So if we’re not including the rehab sector on the training ground, we certainly won’t incorporate it at incident scenes.
NFPA 1584 addresses the issue of rehab on both the training ground and the incident scene.
NFPA 1584
NFPA 1584: Standard on the Rehabilitation Process for Members during Emergency Operations and Training Exercises is not a new standard; however, on December 31, 2007, a revised edition of the standard went into effect. Updates include:
• New requirements for medical monitoring during rehabilitation, with a lengthy discussion in the Annex and the recognition that vital signs alone cannot be used to determine if a firefighter entering rehab or in rehab should receive further medical treatment.
• Updated terminology compatible with the National Incident Management System (NIMS).
• Revised definitions to ensure standardization between the seven health and safety standards the NFPA committee is responsible for.
• Annex material, which was added to show a sample standard operating procedure (SOP) for a rehabilitation process, and to show information on the classification, signs, symptoms and treatment of heat stress and cold stress.
• Increased emphasis on firefighters maintaining proper nutrition, hydration and a healthy lifestyle prior to emergency operations or training exercises.
Medical Monitoring
The medical monitoring portion of NFPA 1584 is the most changed portion. The updated standard now establishes that “any firefighter exposed to CO or presenting with headache, nausea, shortness of breath or gastrointestinal symptoms” should be measured for CO poisoning by pulse-oximetry or other approved methods.
Too often, even the most skilled first responders miss the chance to treat CO poisoning early. This is largely attributed to the fact there isn’t a noninvasive way to detect elevated levels of CO in the blood. (Note: Neither of the cases discussed above involved CO exposure.)
To implement any standard, we need to train on it. In the spring of 2009, the International Association of Fire Chiefs (IAFC) released a training program called Rehabilitation and Medical Monitoring. It serves as a guide for best practices in training as well as an introduction to NFPA 1584 (2008 standards), and is available to all fire and emergency service organizations. For more information, contact your IAFC representative in your region, or visit www.iafc.org/displayindustryarticle.cfm?articlenbr=40441.
For Company Officers
So what do you need to know as a company officer when it comes to rehab? There’s been a lot of effort put into reducing the number of firefighter deaths and injuries, but none of it matters if you don’t adopt a culture of safety—and by “you,” I mean everyone in the fire service.
It’s actually pretty easy to implement rehab into your fireground and training ground SOPs, and doing so could save your life or the life of a crewmember.
Follow the guidelines below when implementing rehab:
• Get an annual medical exam using NFPA 1582 as the recommended criteria.
• Stay physically fit by using a recommended fitness program.
• Begin hydration at the start of your shift and continue throughout your shift.
• Use cooling chairs in humid environments and misting fans in dry environments.
• Remove PPE during rest periods.
• Remember: Blood pressure monitoring isn’t considered a major component of medical monitoring due to the variations in baseline vitals.
• Monitor core temperatures to obtain accurate body temperature.
• Keep in mind that accountability is part of rehab.
• Consider cross-contamination when sharing towels, blood pressure cuffs and any materials that are used by multiple individuals.
• Implement 10-minute rest periods for every 15–20 minutes of physical activity.
• Monitor for possible CO exposure. Monitor air quality on the scene, including the surrounding area of the fire building.
• Empower the rehab officer to make decisions to preclude firefighters from returning to duty if they’re exhibiting signs and symptoms of medical problems.
• Follow up with personnel after the incident who displayed signs and symptoms on the fire or training grounds.
Remember: Rehab must be part of every incident and training event.
Conclusion
Rehab is an integral part of our operations, therefore it should be as commonplace at an incident scene as command. But implementation of rehab starts prior to the incident. It actually starts long before firefighters arrive on the fireground; it starts on the training ground and should continue to be a part of every department’s SOPs at every incident and training drill. It may not be as thrilling as being on the front lines of a major structure fire, but the life you save may be your own.
Jeffrey Lindsey, Ph.D., EMT-P, CFO, EFO, is the chief learning officer for the Health & Safety Institute. He is an adjunct associate professor in emergency medicine at George Washington University and St. Petersburg College. He’s also a Brady author, and a retired fire chief from Estero (Fla.) Fire Rescue.
Dr. Lindsey has more than 30 years of experience in the emergency services industry. He served as a contributor to the IAFC/Masimo program on firefighter rehab and is considered an expert on firefighter rehab. In addition, he has lectured on firefighter rehab throughout the country at state and national conferences and conducted rehab training programs for a number of fire departments.
References
Lindsey, J. (2007) Fire Service Instructor. Prentice Hall, Upper Saddle River, NJ.
NFPA 1584: Standard on the Rehabilitation Process for Members during Emergency Operations and Training Exercises (2008 edition). National Fire Protection Association; Batterymarch, MA.
Bledsoe, B. (2009). Rehabilitation and Medical Monitoring, Cielo Azul Publications; Midlothian, TX.
July 2009 NIOSH Report: Firefighter Trainee Suffers Sudden Cardiac Death during Maze Training – Virginia. Retrieved from www.cdc.gov/niosh/fire/reports/face200902.html.
Oklahoma State University Fire Service Training, Investigation Final Report, Firefighter Fatality Thomas Russell “Rusty” Topping May 31, 2008.
Copyright © Elsevier Inc., a division of Reed Elsevier Inc. All rights reserved.
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