Pensacola Naval Air Station (NAS), established in 1914 as the US Navy’s first air station, has been known for training naval aviators. Over the years, asbestos has been widely used in its buildings and facilities, exposing military personnel and residents to asbestos fibers during maintenance and renovations. Major companies such as Johns Manville Corporation and Armstrong World Industries have supplied Pensacola NAS with asbestos-containing products for years. Learn about the history of the air station, potential exposure locations, and areas of concern.
Pensacola Naval Air Station (NAS) is known for being the US’s first and longest-operating naval air station. The station opened in 1914 in Pensacola, Florida, as a training facility for Navy and Marine Corps aviation operations. Over the years, many veterans and citizens working on the base were unknowingly exposed to asbestos through maintenance, construction, and renovations. If you or a loved one lived on the NAS Pensacola base, you have an increased risk of asbestos exposure due to the extensive use of asbestos, regardless of where you worked.
Asbestos materials were commonly used on military ships in facility insulation, ceilings, and flooring for their heat resistance and durability. They could also be found throughout military ships and aircraft on bases, and their traces can still be found today. Many major companies, including Johns-Manville Corporation, CertainTeed Corporation, and Armstrong World Industries, have supplied the Pensacola Naval Air Station with asbestos-containing materials for years. If you or a loved one were a veteran or citizen working on the Pensacola Naval Air Station before the 1990s, you may have been exposed to asbestos. Learn more about the history, potential risks, and areas of asbestos exposure concerns.
Being the oldest naval air station, Pensacola NAS was directly tied to the development of naval aviation in the US. Pensacola Naval Air Station played a pivotal role in developing training programs and the advancement of naval aviation training. Their role earned the title of home to the Naval Aviation Museum, showcasing the history of naval aviation in America. The station is still used today for advanced training for maritime officers and aircrew. The base played a major role in training pilots for World Wars I and II. Between the wars, the base was used to host experiments for naval aviation developments and new military equipment.
During World War II, the increased demand for pilots put thousands at risk of asbestos exposure from the rise of asbestos use in military facilities and equipment. Pensacola Naval Air Station continued to satisfy the exponential increase in demand for trained pilots by expanding facilities and upgrading its programs. Those involved in renovations were directly exposed to asbestos due to the release of fibers into the air from cutting, drilling, and disturbing asbestos fibers.
Some key asbestos exposure dates to take note of are:
Pensacola Naval Air Station dates to the early 1940s, long before asbestos regulations were set. At any given time, veterans and civilian personnel working on base could inadvertently inhale disturbed asbestos fibers. There is no way to fully know how many were exposed to asbestos at Pensacola NAS, but it’s evident that asbestos exposure is a notable concern for those who served and worked on the base.
Some examples of significant asbestos exposure risks were:
You can take many protective measures to mitigate asbestos exposure risks, such as with PPE, regular screenings or check-ups, and staying up to date with asbestos exposure risks on your base. Since asbestos can still be found in building materials today, veterans working on base should closely follow all rules and regulations set in place and wear proper protective equipment to avoid inhaling disturbed asbestos fibers. If you lived or worked on base, we recommend regularly seeing a mesothelioma specialist for checkups. Early detection can play a huge role in your prognosis and can lead to better outcomes.
The Pensacola Naval Air Station had many areas of asbestos exposure concerns, including boiler rooms, engine rooms, pipe insulation, shipyard buildings, submarines, aircraft carriers, and military vehicles, such as destroyers and cruisers. Many popular brands, such as Air-Cell, used insulation that contained 75-90% chrysotile asbestos. Shipbuilders and yard workers were at the highest risk of exposure because of the areas they worked in and the materials they worked with.
Asbestos was used for boilers, steam pipes, and turbines inside engine rooms. Maintenance workers were put at risk of exposure to disturbed fibers whenever they performed repairs, overhauls, or retrofits of engine components. Examples of asbestos used in engine rooms are older naval vessels, cargo ships, and oil tankers produced before regulations were enforced. These rooms usually have little to no ventilation, so veterans working in engine rooms were often exposed to asbestos fibers. Working in an engine room called for long hours, and during that time, PPE regulations were not set into place, so veterans were often exposed to asbestos fibers for long periods.
Asbestos was used to create the insulation encompassing steam pipes, hot water, and other fluids. Workers were put at risk of exposure during repairs or replacement when cutting, drilling, and sanding pipe insulation. Asbestos-containing insulation could be found covering pipes in cargo ships, container ships, and military vessels. Since then, the military has implemented various changes to address asbestos risks on base, such as abiding by the EPA and OSHA’s set guidelines, developing comprehensive asbestos management programs, and publicly disclosing asbestos risks on base.
Asbestos-containing materials were used inside submarines to protect boilers, steam pipes, engine components, and electrical wiring. Workers conducting maintenance and repairs for overhauls, refits, or upgraded subsystems on older nuclear subs and diesel-electric submarines could be exposed to disturbed fibers. Being in a confined space, such as a submarine containing asbestos, poses significant dangers and increases your risk of inhaling asbestos fibers. Confined spaces often lack adequate ventilation; therefore, if you served on a submarine in the military, it’s advisable to undergo screening for mesothelioma.
Asbestos-containing insulation was found on steam pipes in boiler rooms and engine rooms of many aircraft carriers. Performing maintenance on aircraft, such as repairing HVAC systems on historic aircraft carriers, exposes you to asbestos. Those conducting repairs, renovations, or construction may now face many health challenges because of asbestos exposure, such as respiratory issues, negative psychological impact, and a significantly increased risk of disease.
Asbestos-containing materials were used in the insulation around steam pipes, boiler rooms, and engine spaces. It can still be found today on bases in destroyers and cruisers that have not undergone asbestos testing. Those who performed routine maintenance, repairs, and refurbishment on propulsion systems, auxiliary machinery, and structural buildings were at high risk of disturbing and being exposed to asbestos fibers.
If you’re a veteran or a loved one who has been exposed to asbestos, there are legal support and resources available to you. Our patient advocates can help you identify local healthcare facilities, where you were exposed, and what medical options are available. Finding a mesothelioma doctor at VA hospitals can be difficult, but we are here to help. We can connect you with trusted local mesothelioma doctors, healthcare facilities, and providers who specialize in asbestos-related diseases, including mesothelioma.
No one should have to fight this battle alone; we are here to support you through all your mesothelioma needs. It’s important to note that U.S. veterans who have developed mesothelioma while serving in the military may also qualify to file a mesothelioma VA claim with the U.S. Department of Veterans Affairs. Please don’t hesitate to reach out to one of our dedicated team members today, as they are here to help guide you through the legal process and find the support you deserve
Kristina works closely with our patient advocacy team to raise awareness about asbestos-related illnesses and mesothelioma. She is passionately committed to offering information and support to families impacted by this challenging disease.
America’s Navy. “Naval Air Station Pensacola.” Commander, Navy Region Southeast, 2024, https://cnrse.cnic.navy.mil/Installations/NAS-Pensacola/. Accessed 24 July 2024.
Civilian Exposure. “Pensacola Naval Air Station Pensacola FL.” Civilian Exposure, 31 May 2020, https://civilianexposure.org/pensacola-naval-air-station-florida/. Accessed 24 July 2024.
Gabriel, Melissa. “Report details ongoing cleanup of old explosives, chemicals and toxins at area military bases.” Pensacola News Journal, 5 December 2017, https://pnj.com/story/news/military/2017/12/05/report-details-ongoing-cleanup-old-explosives-chemicals-and-toxins-area-military-bases/919548001/. Accessed 24 July 2024.
Gori Law Firm. “Asbestos in Shipyards | List of Shipyards.” The Gori Law Firm, 13 October 2023, https://gorilaw.com/mesothelioma/veterans/navy/shipyards/. Accessed 24 July 2024.
Johnson, Cristina. “Asbestos exposure may still impact Florida veterans’ health.” Pensacola News Journal, 9 June 2024, https://pnj.com/story/opinion/contributors/2024/06/09/asbestos-exposure-may-still-impact-florida-veterans-health-guestview/73963697007/. Accessed 24 July 2024.