The Dangerous PFAS Chemicals In Your Water- Explained in 90 seconds

PFAS Chemicals

The Dangerous PFAS Chemicals In Your Water- Explained in 90 seconds


What are PFAS chemicals?

The prevalence of PFAS (Per- and Polyfluoroalkyl Substances) chemicals is striking, with traces detected in the bloodstream of virtually every individual across the globe. This widespread presence can be attributed to their extensive utilisation in a diverse array of products, ranging from non-stick cookware and furniture to waterproof clothing and cosmetics. Their remarkable utility stems from their exceptional resistance to oil, water, and grease, making them indispensable for creating products that offer durability and convenience.

In the realm of environmental and public health concerns, the significance of PFAS testing is rapidly gaining momentum. International public bodies and research institutions are dedicating increasing efforts to comprehensively understand the ramifications of these chemicals on human health and the environment. The exploration into the effects of PFAS compounds has transcended national boundaries, underscoring the global recognition of the need to address potential risks associated with their prevalence.

Why is PFAS chemical testing important?

The imperative to conduct PFAS testing is underscored by the potential implications these chemicals may have on health, ecology, and the broader ecosystem. With ongoing research shedding light on their persistence, potential bioaccumulation, and suspected adverse health effects, staying informed about PFAS levels in various environments has become a priority. Monitoring their presence and concentration not only aids in assessing exposure risks but also paves the way for informed regulatory decisions and strategies to manage and mitigate their potential impacts.

As our understanding of PFAS compounds deepens, the significance of testing for their presence continues to escalate. This proactive approach aligns with the broader goals of safeguarding public health, ensuring environmental integrity, and fostering sustainable practices in the face of emerging challenges posed by these omnipresent chemicals.


What effect can PFAS chemicals have if they are found in your water?


Human Health Effects:

  • Health Risks: PFAS compounds have been associated with various health risks, including potential impacts on the liver, immune system, thyroid function, and cholesterol levels.
  • Developmental Effects: Some PFAS chemicals have been linked to developmental issues in infants and children, potentially affecting growth, learning, and behavior.
  • Cancer: Certain PFAS compounds, particularly perfluorooctanoic acid (PFOA) and perfluorooctanesulfonic acid (PFOS), have been classified as possible carcinogens by regulatory agencies. Long-term exposure may increase the risk of certain cancers.

Environmental Effects:

    • Bioaccumulation: PFAS chemicals have a tendency to accumulate in living organisms, a process known as bioaccumulation. This can lead to higher concentrations of these chemicals in animals higher up the food chain, potentially affecting predators and humans who consume contaminated organisms.
    • Ecosystem Disruption: The introduction of PFAS compounds into aquatic ecosystems can disrupt natural processes and impact aquatic organisms. This includes effects on fish, amphibians, and other aquatic life.
    • Persistence: PFAS chemicals are highly persistent in the environment, meaning they don’t easily break down over time. This persistence contributes to their ability to spread and potentially cause long-term environmental contamination.


What are the regulations surrounding PFAS chemicals in your water?

The new EU Drinking Water Directive includes limits for Total PFAS of 0.5 µg/L and the sum of 20 PFAS of most concern of 0.1 µg/L. (EPA)

PFAS Chemicals in the body restructure cell barriers and have been linked to diseases such as non-Hodgkin’s lymphoma and kidney, testicular, prostate, breast, liver, and ovarian cancers. They are also undetectable by human senses.

These “forever chemicals” are difficult to remove from drinking water, needing to be exposed to extremely high temperatures for 2 seconds. Even boiling your water is not sufficient. Activated carbon treatment best-studied removal method, but on a mass scale, it is expensive to perform.


How can Southern Scientific help?

At Southern Scientific, we are now offering testing for PFAS chemicals.

If you’re concerned about PFAS chemicals in your drinking water and want to learn more about keeping your supply safe, our newsletter is perfect for you. 🏠

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