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PFAS in Kansas
- Last updated: July 16, 2025
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Contributor: nicky

I often encounter reports about PFAS Kansas contamination, and the growing concern throughout the state underscores why many residents want clarity. PFAS, or per- and polyfluoroalkyl substances, are a class of synthetic chemicals used in various industrial processes and consumer products since the mid-20th century. According to the EPA, certain PFAS can persist in water sources and the human body for extended periods. I see this issue increasingly spotlighted as health investigations and lawsuits trace adverse outcomes to PFAS exposure. My goal here is to lay out the core facts, describe current findings in Kansas, and explain what steps you can take if you suspect PFAS has affected you or your community.
What are PFAS and why are they dangerous?
PFAS are chemical compounds that resist heat, oil, stains, and water. Manufacturers used them in products like firefighting foam (known as AFFF), nonstick cookware, water-repellent fabrics, and food packaging. They have been labeled “forever chemicals” because they degrade slowly, allowing them to build up in the environment and in our bodies over time.
Researchers, including those from the U.S. Environmental Protection Agency (EPA), have linked some PFAS compounds to harmful health outcomes, particularly when people are exposed to higher levels over many years. While not all PFAS are equally toxic, ongoing studies point to potential concerns including developmental risks in children, immune-system effects, and organ damage.
Many health agencies, such as the Kansas Department of Health and Environment (KDHE), recognize that PFAS can enter municipal systems unnoticed because they lack clear maximum contaminant levels across federal or state frameworks. This uncertainty invites closer scrutiny—one reason PFAS contamination remains a topic of frequent investigation in Kansas.
Where are PFAS found in Kansas?
I have found that PFAS contamination in Kansas can be tied to several potential sources, reflecting national patterns detailed by the EPA. In some cases, industrial discharge is the culprit, especially from manufacturing facilities that rely on PFAS in production processes. Firefighting foam, frequently used at airports, military bases, and firefighting training centers, is another known contributor. PFAS can also come from consumer products that eventually make their way into landfills or wastewater systems.
KDHE has begun cataloging potential sources across the state to pinpoint areas where contamination poses an urgent public-health concern. Although investigations are ongoing, major urban centers and rural areas alike have discovered PFAS in soil, groundwater, and drinking water. In fact, new data from the EPA’s Fifth Unregulated Contaminant Monitoring Rule (UCMR 5) process highlight additional localities with detectable PFAS levels, making targeted monitoring a crucial next step for Kansas communities.
PFAS in Kansas’s drinking water
The presence of PFAS in drinking water is particularly concerning because water is a major route of exposure for most residents. PFAS can slip through standard treatment at water facilities. The EPA established drinking water Health Advisories for compounds like perfluorooctanoic acid (PFOA) and perfluorooctane sulfonic acid (PFOS) back in 2016, yet these advisories are not enforceable limits under the Safe Drinking Water Act.
Confirmed contamination locations
Some communities in Kansas have reported PFAS levels exceeding the Health Advisory thresholds. For example, Unity Village’s water supply in Kansas was flagged for PFAS levels above EPA advisories. Multiple data sources, including results from KDHE investigations, suggest that public water systems in certain regions of the state have continued to detect low but notable PFAS concentrations. This adds to a national statistic from UCMR 5 data, indicating more than 2,900 new sites with PFAS detections since recent testing began, according to analyses by environmental advocacy groups.
Sources: AFFF (firefighting foam), industrial runoff, wastewater
I have seen several studies, including one published in the Journal of Occupational and Environmental Medicine (JOEM), showing that AFFF can harm kidney cells at low concentrations. AFFF used during firefighting drills or emergencies often seeps into soil or nearby water sources, leading to contamination that may be challenging to contain. Similarly, PFAS-containing waste can enter water treatment plants, ultimately flowing back into rivers and aquifers. Areas near industrial plants or landfills may be especially vulnerable to runoff laced with PFAS.
Kansas Department of Health and Environment (KDHE) and EPA data
KDHE is now developing a statewide inventory of potential PFAS sources, guided by EPA’s growing body of research. The Bureau of Environmental Remediation and the Bureau of Water have teamed up to create a public water supply monitoring program. Meanwhile, the EPA finalized initial national drinking water standards for six PFAS in April 2024, though rule changes and compliance extensions are ongoing. In May 2025, the agency signaled it may eliminate maximum contaminant levels for four of these compounds, prompting further uncertainty.
PFAS in Kansas’s soil and farmland
Soil contamination raises its own set of concerns for Kansas, where agriculture is a mainstay. PFAS can affect farmland health, livestock water sources, and even the safety of produce grown in PFAS-impacted soil. Over time, these chemicals may alter soil ecosystems and potentially end up in the food supply, though research on precise pathways remains ongoing.
PFAS spread through treated sludge and biosolids
Treated sludge and biosolids, often used as fertilizer, can inadvertently introduce PFAS onto farmland. This practice has come under scrutiny in states that heavily rely on biosolids to improve soil conditions. When farmers unknowingly spread PFAS-laden materials, contamination can spread far beyond industrial sites or firefighting facilities. The challenge is that many systems do not test biosolids routinely for PFAS.
Risks to soil health, livestock, and local agriculture
Once PFAS enter soil, they may persist for decades. Cattle and other livestock that graze on contaminated fields or drink from tainted water might accumulate PFAS in their bodies. Though the full scope of harm is not entirely clear, preliminary studies suggest potential impacts on livestock health and on consumers who rely on those products. Local produce grown in soil with detectable PFAS levels could also carry traces of these chemicals.
Health effects of PFAS exposure
Prolonged exposure to PFAS can lead to health problems that vary widely by individual, dose, and duration. Scientific investigations, including some from the EPA and other public-health institutions, point to:
- Elevated cholesterol levels
- Impaired immune response
- Changes to liver functioning
- Interference with thyroid hormone activity
- Potential links to certain cancers
While research often focuses on PFOA and PFOS, other PFAS variants are under study to determine their toxicological profiles. According to the EPA, children might be particularly vulnerable, as their rapidly developing bodies and organs are more sensitive to chemical exposures.
Diseases linked to PFAS in Kansas
Researchers commonly associate certain PFAS exposures with a higher likelihood of illness, though cause-and-effect relationships can be complex to prove. Based on multiple epidemiological findings, I have seen concerns that PFAS presence in the environment correlates with several diseases.
Kidney cancer
Kidney cancer is one of the conditions noted in studies of prolonged PFAS exposure. A 2020 report by public-health researchers suggested that individuals living in areas with elevated PFAS levels had a higher incidence of kidney problems, though the exact concentrations linked to clinical diagnoses vary.
Testicular cancer
Evidence from some large-scale epidemiological investigations also points to possible connections between PFAS contamination and testicular cancer. According to the Environmental Working Group (EWG), more research is needed to confirm the level of risk, but some studies reference an elevated number of cases in communities with known PFAS issues.
Liver and thyroid disorders
PFAS can affect the liver’s ability to process toxins and help regulate blood cholesterol. Researchers have also noted disruptions to thyroid function, potentially affecting metabolism and energy levels. Although the full mechanism of PFAS’s impact on each organ system isn’t completely understood, the data so far underscore the vulnerability of these organs when PFAS exposure is significant.
Immune system and hormonal disruption
PFAS exposure may weaken immune responses, possibly making individuals more susceptible to infections. Additionally, laboratory research suggests PFAS can disrupt hormonal systems that regulate growth, reproductive functions, and other physiological processes. Because of this, children and pregnant individuals are typically flagged as high-risk groups.
Reproductive health issues
Some PFAS have been linked to reproductive health challenges, including reduced fertility or complications during pregnancy. According to a number of studies, PFAS can cross the placenta and may appear in breast milk, exposing infants to PFAS from birth onward. Nonetheless, the consensus remains that breastfeeding’s benefits generally outweigh potential PFAS risks, as stated by multiple health organizations.
How is Kansas responding to PFAS contamination?
I have observed that state authorities, federal agencies, and grassroots community groups are coordinating to address PFAS contamination in a structured way. While efforts are still evolving, the combined approach involves sampling, regulatory strategies, public advisories, and legal channels.
KDHE actions and public health advisories
KDHE is spearheading a state-specific PFAS strategy, collecting data on potential sources, prioritizing sites for testing, and issuing guidance to local public water systems. Investigations are ongoing, with a focus on building a thorough statewide mapping of contamination hotspots. Local advisories can follow if water supplies test above certain PFAS thresholds, although these guidelines are advisory in nature rather than mandatory.
Federal and local PFAS response measures
On the federal level, the EPA has added nearly 200 PFAS to the Toxics Release Inventory (TRI). That listing requires facilities to track and report the PFAS they release into the environment. The EPA has also officially designated PFOA and PFOS as hazardous substances under Superfund law, enabling more robust cleanup authority. In Kansas, local utilities often coordinate with federal mandates to implement new treatment or remediation technologies. However, budget constraints and evolving standards can complicate timelines.
Community education and legal advocacy
Community groups often hold informational forums where residents can learn about possible risks. I have found that legal advocacy also plays a substantial role, with attorneys specializing in environmental contamination lawsuits. TruLaw, for example, reported 220 new AFFF lawsuit filings in December 2024, bringing the national total concerning PFAS lawsuits to 7,370 at that time. In Kansas, many affected communities have explored legal recourse, either through class actions or individual claims, while waiting for more definitive regulatory protections.
Can you test your water or soil for PFAS in Kansas?
Professional testing is the surest way to confirm if PFAS are present. I recommend contacting a certified lab recognized by state or federal agencies, as they maintain validated testing protocols:
- Collect a representative water sample following the lab’s instructions, which often require specialized sampling kits to avoid false positives.
- Seal and label the sample carefully, minimizing contamination.
- Ship it for analysis to a lab certified to detect PFAS at low levels.
Soil testing typically requires obtaining multiple samples from different farm plots or garden areas to get an accurate reading. KDHE may have site-specific testing programs for areas under investigation, so check with local officials for any free or subsidized testing initiatives.
Do you qualify for a PFAS lawsuit in Kansas?
If you have lived or worked in an area where PFAS levels exceed health-advisory guidelines, you may have legal options, especially if you have developed a related condition. Lawsuits often address:
- Personal injury claims for health complications such as certain cancers, organ damage, or immune disorders.
- Property damage claims if PFAS-contaminated water or soil diminished property values.
- Medical monitoring requests that cover regular checkups to detect health changes associated with PFAS.
Legal actions in Kansas can vary from class-action lawsuits to individual claims. If you suspect your water supply or farmland was contaminated, consider contacting a legal-service provider. It is crucial to preserve any medical records, property assessments, or water-quality tests as evidence.
To learn more about broader PFAS litigation and how water contamination lawsuits are pursued, I regularly visit resources such as:
Why choose Legal Claim Assistant
I understand how challenging it can be to navigate legal processes, especially when coping with potential health conditions tied to PFAS contamination. Legal Claim Assistant offers support by:
- Connecting you to an appropriate attorney for a free case review.
- Providing guidance on evidence collection, including medical records and test results.
- Offering insights on settlement negotiations or trial strategies for PFAS cases.
Their team can clarify jurisdictional rules, help you understand your rights, and ensure you do not miss critical filing deadlines. In my experience, working with an entity familiar with PFAS litigation can offer more efficient pathways to compensation or remediation.
Frequently asked questions (FAQ)
Below, I answer some of the most common questions about PFAS in Kansas, with a focus on testing, health impacts, and legal recourse. For state-specific updates or to explore related inquiries, keep track of bulletins from KDHE or official EPA announcements.
PFAS contamination has been detected in various locations, including water systems near industrial sites, military installations, and areas with heavy firefighting-foam usage. KDHE investigations continue, and newly released data under UCMR 5 pinpoint additional hotspots across the state. Some local utilities provide water-quality reports that mention PFAS levels if testing has taken place.
To test a private well or home water supply, consider hiring a laboratory certified for PFAS analysis. Always follow the lab’s sampling guidelines, which typically include using PFAS-free equipment and carefully packaging samples. KDHE or the local health department may maintain a list of recommended labs. If you rely on municipal water, check the consumer confidence report or local advisories for PFAS updates.
Symptoms generally do not announce themselves as “PFAS-specific.” However, common health issues linked to long-term exposure may include kidney or thyroid problems, elevated cholesterol, and immune dysfunction. If you have unexplained health issues and suspect PFAS exposure, consult a healthcare provider. They might recommend blood tests or other diagnostic measures, though PFAS blood testing is not standardized nationwide.
Yes. Individuals who have experienced illness or property damage potentially resulting from contaminated water or soil can explore legal action. Lawsuits may hold manufacturers of PFAS or firefighting foam accountable for negligence, or they may compel polluters to fund medical monitoring for exposed residents. Each case is unique, so gather as much evidence as you can and consult an attorney experienced in environmental law.
Depending on the nature of your exposure, you might become part of a class action or file an individual claim. To initiate that process, you can contact Legal Claim Assistant or a specialized lawyer who focuses on PFAS litigation. You will likely need to share documentation of exposure—such as water-test results, property records, or medical diagnoses. The legal team will then assess whether you fit into a broader case or advise on an individual suit.
Overview PFAS contamination in the USA
Here you van find the PFAS watercontamination map of the United States. Find, state by state, where water contamination has occurred due to PFAS exposure.
- PFAS in Alabama
- PFAS in Alaska
- PFAS in Arizona
- PFAS in Arkansas
- PFAS in California
- PFAS in Colorado
- PFAS in Connecticut
- PFAS in Delaware
- PFAS in Florida
- PFAS in Georgia
- PFAS in Hawaii
- PFAS in Idaho
- PFAS in Illinois
- PFAS in Indiana
- PFAS in Iowa
- PFAS in Kansas
- PFAS in Kentucky
- PFAS in Louisiana
- PFAS in Maine
- PFAS in Maryland
- PFAS in Massachusetts
- PFAS in Michigan
- PFAS in Minnesota
- PFAS in Mississippi
- PFAS in Missouri
- PFAS in Montana
- PFAS in Nebraska
- PFAS in Nevada
- PFAS in New Hampshire
- PFAS in New Jersey
- PFAS in New Mexico
- PFAS in New York
- PFAS in North Carolina
- PFAS in North Dakota
- PFAS in Ohio
- PFAS in Oklahoma
- PFAS in Oregon
- PFAS in Pennsylvania
- PFAS in Rhode Island
- PFAS in South Carolina
- PFAS in South Dakota
- PFAS in Tennessee
- PFAS in Texas
- PFAS in Utah
- PFAS in Vermont
- PFAS in Virginia
- PFAS in Washington
- PFAS in West Virginia
- PFAS in Wisconsin
- PFAS in Wyoming
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