The station is the 69th on the Environmental Working Group's list of the top 100 most polluted military bases. The last test performed onsite in 2018 uncovered a PFAS concentration of 89,000 parts per trillion and detected PFOS, PFBS, and PFOAs.
The chemicals that AFFF contains are highly toxic, and the U.S Air Force has taken a proactive response to determining the areas where PFAS may have been released, conducting surface water, groundwater, and soil samplings at Whiteman Air Force Base. The drinking water sources are constantly monitored for contaminants to ensure that they meet EPA guidelines, and the water is disinfected with chlorine.
What toxic agents are contaminating Whiteman Air Force Base?
The effects of perfluorinated substances are extremely harmful. Exposure may result in severe health effects, as these chemicals are persistent in the environment and accumulate in the human body.
Whiteman Air Force Base was discovered to have several contaminants of concern, such as microbial contaminants, inorganic contaminants, pesticides and herbicides, organic chemicals, and radioactive contaminants, but also:
- barium
- chromium
- fluoride
- nitrate-nitrite
- copper
- lead
If you served at Whiteman Air Force Base and experienced serious health effects as a result of your service, you may be entitled to compensation.
What diseases can you develop following toxic exposure at Whiteman Air Force Base?
The potential for PFAS chemicals to cause adverse health effects increases exponentially as they accumulate over time. Toxic exposure is connected to cancer and other severe conditions. The following diseases qualify you for filing a claim if you were stationed at Whiteman Air Force Base for 1 cumulative year or longer:
Veterans and family members may file a toxic exposure claim to recover the financial compensation they deserve for their injuries. Women who were pregnant and experienced childbirth complications during their time spent at Whiteman Air Force Base are also advised to contact us for a free case evaluation.