PFAS and Your Family: How to Detect Forever Chemicals in Your Water

by Jenn Zappier on Dec 11, 2023

PFAS and Your Family: How to Detect Forever Chemicals in Your Water

In the quiet depths of our water sources lies a lurking threat that often goes unnoticed – PFAS. PFAS, or per- and polyfluoroalkyl substances, have emerged as a significant threat to water quality and human health. Detecting PFAS in your water is a crucial step towards safeguarding your well-being and that of your family. Allini Water Filter's will guide you through the process of detecting PFAS, providing essential insights into why it matters.


Understanding PFAS: A Brief Overview

PFAS are synthetic chemicals widely used in various products for their water- and grease-resistant properties. They have become pervasive in our environment, entering water sources and raising concerns about their potential health effects. Detecting PFAS is pivotal in addressing the risks associated with their presence in drinking water.


Why Detecting PFAS Matters

The significance of detecting PFAS lies in the potential health risks linked to exposure of harmful chemicals/forever chemicals and their detrimental effect on your family. PFAS have been associated with liver damage, immune system disorders, and developmental problems, making it crucial to be proactive in identifying and addressing their presence in your water.


PFAS Testing Methods: From Laboratories to Your Home

1. Laboratory Analyses

One of the most reliable ways to detect PFAS in your water is through laboratory analyses. Specialized testing can identify the presence and concentration of specific PFAS compounds. While this method offers accuracy, it may require professional assistance and time. Allini offers complimentary water testing to test for any harmful chemicals that may be in your water supply - simply contact Allini Customer Support to learn more.


2. At-Home Testing Kits

For a more accessible approach, at-home testing kits are available. These kits allow you to collect water samples and perform basic tests to determine the presence of PFAS. While they may not provide the same level of precision as laboratory analyses, they offer a convenient and cost-effective option for initial screening.


When to Test Your Water for PFAS

1. New Well Installation or Home Purchase

If you are installing a new well or considering a home purchase with a private well, testing for PFAS is advisable. Contamination risks vary based on location and historical land use, making it essential to ensure the safety of your water source.


2. Proximity to Industrial Areas

Living in proximity to industrial areas or sites with a history of PFAS use increases the likelihood of contamination. Regular testing in such areas helps identify and address potential risks promptly.


3. If You Rely on Groundwater

If your water source is groundwater, which is susceptible to PFAS contamination, regular testing is essential. Groundwater is a common target for PFAS infiltration, making vigilance crucial for maintaining water quality.


Interpreting Test Results: What to Look For

When you receive the results of your PFAS water test, it's essential to understand the information presented. Look for the concentrations of specific PFAS compounds and compare them to recommended guidelines or regulatory limits. Consulting with local health authorities or environmental agencies can provide valuable insights into the significance of your results.


Taking Action: Addressing PFAS Contamination

If your water test indicates the presence of PFAS, taking prompt action is crucial. Consider the following steps:
  • Consult with Health Authorities: Seek guidance from local health authorities or environmental agencies to understand the implications of the test results and receive recommendations on necessary actions.
  • Explore Water Treatment Options: Investigate water treatment options specifically designed to remove or reduce PFAS. Technologies like activated carbon filtration and reverse osmosis have shown effectiveness in addressing PFAS contamination.
  • Advocate for Community Awareness: If PFAS contamination is confirmed, advocate for community awareness. Engage with neighbors, local authorities, and environmental organizations to collectively address the issue and work towards sustainable solutions.


Detecting PFAS in your water is a proactive measure that empowers you to protect your health and that of your family. Whether through laboratory analyses or at-home testing kits, staying informed about the quality of your water is a responsibility that should not be overlooked. By understanding the methods of detection and taking appropriate action, you contribute to creating a safer and healthier environment.



  1. What are the immediate health risks of PFAS exposure?

    PFAS exposure is linked to liver issues, immune system dysfunction, and developmental problems.
  2. How often should I test my water for PFAS?

    Testing frequency depends on factors such as well installation, proximity to industrial areas, and reliance on groundwater. It's advisable to test when these conditions change.
  3. Can at-home testing kits provide accurate results for PFAS?

    At-home testing kits offer a convenient option for initial screening, but for precise results, laboratory analyses are recommended.
  4. What do I do if my water test shows high PFAS concentrations?

    Consult with local health authorities, explore water treatment options, and advocate for community awareness to address the issue collectively.
  5. Is PFAS contamination reversible?

    While water treatment options can reduce PFAS concentrations, complete reversal may be challenging. Early detection and intervention are essential for minimizing health risks.