Environmental testing at Corry Station, a U.S. Navy technical training installation in Pensacola, Florida, has revealed concerning concentrations of PFAS (per- and polyfluoroalkyl substances) in both groundwater and drinking water.
PFAS Levels Detected at Corry Station:
- PFOS in Groundwater (On-base): 2,900 ppt
- PFOA in Groundwater (On-base): 130 ppt
- PFOA in Drinking Water (On-base): 15 ppt
- PFOS in Drinking Water (On-base): 6.5 ppt
Although these drinking water results fall below some current advisory levels, they still indicate the presence of toxic “forever chemicals” in water consumed by personnel on base, raising concerns for long-term health effects and the need for continued monitoring.
Sources of PFAS at Corry Station
The primary source of PFAS contamination at Corry Station is the historical use of aqueous film forming foam (AFFF), a type of firefighting foam heavily utilized on military installations for training exercises and emergency response.
AFFF is a well-documented source of PFAS pollution due to its high concentration of persistent, toxic compounds such as PFOS and PFOA.
Over years of use, these chemicals have leached into the soil and groundwater beneath the installation.
Additional sources may include runoff from aircraft maintenance areas and the disposal of industrial waste containing PFAS compounds.
These hazardous substances have remained in the environment, continuing to contaminate groundwater and potentially impacting the broader ecosystem.
Impacted Populations at Corry Station
Individuals most at risk from PFAS exposure at Corry Station include active-duty service members, civilian employees, contractors, and trainees who lived or worked on-base during or after the period of AFFF use.
The surrounding community may also face risks, especially those relying on private drinking water wells or public drinking water systems located near the base.
Exposure to PFAS-contaminated water can lead to serious health problems, including thyroid disease, testicular and kidney cancers, immune system suppression, and other adverse health outcomes.
Vulnerable populations, such as pregnant women, infants, and those with preexisting conditions, may face an even greater increased risk of long-term health complications due to PFAS accumulation in the body.
Addressing PFAS Contamination at Corry Station
Efforts to address PFAS contamination at Corry Station are currently underway, with the Department of Defense and other federal agencies conducting site investigations, water sampling, and public health assessments.
Remediation efforts have included installing filtration systems for contaminated drinking water supplies and expanding environmental testing to better understand the extent of the pollution.
Advocacy groups and environmental health scientists continue to call for more aggressive action, including faster cleanup timelines, medical monitoring for exposed individuals, and full transparency about health risks.
Removing PFAS from the environment is complex and costly, but ensuring access to clean drinking water and protecting human health remain top priorities.
Broader Implications of PFAS Contamination at Corry Station
The PFAS contamination at Corry Station is part of a much larger pattern of toxic exposure at U.S. military installations across the country.
With similar findings at dozens of bases, the situation highlights systemic failures in chemical oversight and the long-term consequences of unregulated PFAS use.
It underscores the need for federal agencies, including the Environmental Protection Agency and Department of Defense, to accelerate cleanup efforts and adopt more stringent safeguards against future contamination.
As scientific evidence continues to link PFAS exposure to serious health effects, the contamination at Corry Station serves as a stark reminder of the urgent need for coordinated national action to protect public health, restore safe drinking water, and hold responsible parties accountable.
