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posted: 3/28/2017 5:00 AM

Hanover Park leads national study to improve firefighter safety

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  • Video: Firefighter stress measurement

  • Andrea Wilkinson, a research assistant from the Skidmore College First Responder Health and Safety Laboratory, shows one of the devices worn by Hanover Park firefighters as they participate in a 21-month national study to measure the physiological impacts and stresses of their jobs.

      Andrea Wilkinson, a research assistant from the Skidmore College First Responder Health and Safety Laboratory, shows one of the devices worn by Hanover Park firefighters as they participate in a 21-month national study to measure the physiological impacts and stresses of their jobs.
    Joe Lewnard | Staff Photographer

  • Andrea Wilkinson, a research assistant from the Skidmore College First Responder Health and Safety Laboratory, takes a baseline blood pressure for Andrew Sibon, a new member of the Hanover Park Fire Department. Hanover Park firefighters are wearing monitoring devices as part of a 21-month national study to measure the physiological impacts and stresses of their jobs.

      Andrea Wilkinson, a research assistant from the Skidmore College First Responder Health and Safety Laboratory, takes a baseline blood pressure for Andrew Sibon, a new member of the Hanover Park Fire Department. Hanover Park firefighters are wearing monitoring devices as part of a 21-month national study to measure the physiological impacts and stresses of their jobs.
    Joe Lewnard | Staff Photographer

  • Hanover Park firefighters use these monitoring devices to take part in a national study to measure the physiological impacts and stresses of their jobs.

      Hanover Park firefighters use these monitoring devices to take part in a national study to measure the physiological impacts and stresses of their jobs.
    Joe Lewnard | Staff Photographer

  • Sycamore firefighters vent the roof at a house fire at in Maple Park in September 2008. A new study of Hanover Park firefighters aims to measure the physiological impacts of the job that sometimes can pose greater danger than a fire itself.

      Sycamore firefighters vent the roof at a house fire at in Maple Park in September 2008. A new study of Hanover Park firefighters aims to measure the physiological impacts of the job that sometimes can pose greater danger than a fire itself.
    RICK WEST | Staff Photographer, 2008

  • Researcher Denise Smith

    Researcher Denise Smith

  • Professor Denise Smith of Skidmore College in New York works with Hanover Park firefighters in a previous research study at the University of Illinois Fire Service Institute.

    Professor Denise Smith of Skidmore College in New York works with Hanover Park firefighters in a previous research study at the University of Illinois Fire Service Institute.
    Courtesy of Hanover Park Fire Department

 
 

More than half of firefighters' line-of-duty deaths are caused not by external dangers such as flames or building collapses, but from cardiovascular reactions to the physical stress of the job, experts say.

Hanover Park Fire Chief Craig Haigh believes his department can help bring down those numbers as the main test subjects of a 21-month national research project.

Its aim is to improve know-how and equipment to better handle internal pressures on the heart, lungs, brain and core body temperature during emergency calls that now result in 50 percent to 60 percent of firefighters' line-of-duty deaths, according to statistics compiled by the U.S. Fire Administration.

Since January, and continuing through September 2018, all 52 active Hanover Park firefighter-paramedics have agreed to wear a monitor that measures their physiological responses during each 24-hour shift.

Most people don't understand what firefighters are really enduring when they're at a fire or similar emergency, said the study's lead investigator, Professor Denise Smith of Skidmore College in New York.

An active person who has run half-marathons, Smith said she's sampled enough heavy firefighting gear at fires to recognize there's no comparison between traditional athletic endeavors and the total physical exhaustion firefighters face.

A Hanover Park firefighter climbs a ladder during an active structure fire. Hanover Park firefighters are participating in a study to measure the physiological impacts of the job that sometimes can pose greater danger than a fire itself.
A Hanover Park firefighter climbs a ladder during an active structure fire. Hanover Park firefighters are participating in a study to measure the physiological impacts of the job that sometimes can pose greater danger than a fire itself. - Courtesy of Hanover Park Fire Department

The gear firefighters wear typically weighs 30 to 50 pounds, while the equipment they may carry at any given time can add 25 more pounds.

"I believe firefighting is the most physically taxing thing anyone does," Smith said. Perhaps the only activity that compares is what soldiers experience carrying their gear in extremely hot climates, she added.

Haigh said several factors contributed to his department's having a unique role in the research.

Apart from his prior work with Smith, Haigh said the Hanover Park Fire Department has just the right characteristics for the SMARTER Project. The department is large enough to provide a sufficient number and variety of calls for the study, yet small enough to secure 100 percent compliance among employees.

That reflects the excellent labor relations Hanover Park enjoys with its firefighter-paramedics, he added. Many unions would balk at the intensive monitoring and sharing of personal medical information the research requires.

"They are so willing to share," Haigh said of his firefighters' enthusiasm for the project. "They know it will have a direct impact on firefighter health and safety for years to come."

Firefighter-Paramedic Justin McWilliams said he and his colleagues believe they're helping generations of their successors across the world.

"Hanover Park Fire Department is leading the way, I'd say, nationwide," McWilliams said.

Hanover Park firefighters, including Rosa Gonzalez, are participating in a national study by wearing devices that measure the physiological impacts and stresses of their jobs. Gonzalez wears the device on her hip.
  Hanover Park firefighters, including Rosa Gonzalez, are participating in a national study by wearing devices that measure the physiological impacts and stresses of their jobs. Gonzalez wears the device on her hip. - Joe Lewnard | Staff Photographer

A firefighter for seven years, McWilliams believes no one in the profession would consider the study's monitoring equipment uncomfortable or out of the ordinary compared with all the other gear.

SMARTER stands for Science, Medicine, Research, Technology for Emergency Responders. The project, funded by a $1.5 million grant from the Department of Homeland Security, continues the research Smith has been engaged in for 21 years.

Among the breakthroughs it's already discovered is recognition that firefighters need rehab while on a call, Haigh said.

That means making sure firefighters emerging from a burning structure take time to rest, rehydrate, lower their body temperature, and take nourishment.

More accurately, it means making sure someone else makes firefighters take breaks, said Andrea Wilkinson, Smith's research assistant.

"As I've been learning, they take fires very personally," Wilkinson said. "I don't think they even realize when their hearts are working too fast."

McWilliams agreed.

"I'm not going to lie: Once you're in there, you want to fight the fire," he said.

The study also shows firefighters are getting much too hot wearing heavy structure-fire gear for conditions that probably warrant a different type of protection, Wilkinson said.

A long-running goal of equipment manufacturers has been to make firefighting gear lighter, more breathable and less restrictive, while providing all the protection required, Smith said. She hopes her research helps achieve that goal.

The SMARTER Project also aims to improve the portability of devices used to measure the presence and concentration of toxic particulates in the air, so firefighters know better when to use their breathing gear even in the absence of visible smoke.

Agencies and organizations supporting the SMARTER Project include the University of Illinois Fire Service Institute, the University of California at Los Angeles, the U.S. Army Research Institute of Environmental Medicine, the Fire Protection Research Foundation, National Fallen Firefighters Foundation, Globe Manufacturing Co., Zephyr Medtronic and the International Association of Firefighters.

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