Water Testing Services

PFAS in drinking water refers to the presence of per- and polyfluoroalkyl substances, a group of synthetic chemicals, within public or private water supplies. These chemicals are extremely persistent in the environment and human body, earning them the nickname “forever chemicals.” PFAS are not naturally occurring and enter water sources through various means, such as industrial discharge, the use of firefighting foams, and runoff from PFAS-containing products. Once in the water supply, these chemicals can be difficult to remove and may accumulate over time. The presence of PFAS in drinking water is concerning due to their potential links to a range of health issues, including cancer, hormone disruption, and immune system effects, making the monitoring and removal of these substances a priority for water safety.

Conducting PFAS water testing is crucial for several reasons. Firstly, due to their health risks, detecting PFAS compounds in drinking water supplies helps protect public health. Early detection can prevent long-term exposure and mitigate potential health impacts on communities. Secondly, PFAS testing is essential for regulatory compliance. Many regions have set guidelines or standards for allowable levels of PFAS in drinking water, necessitating regular testing to ensure these standards are met. Furthermore, testing provides data that can guide remediation and treatment strategies, helping water managers and public health officials make informed decisions about how to remove or reduce PFAS from the water supply. Overall, PFAS water testing is a vital component of managing water quality and protecting public health against the adverse effects of these persistent environmental pollutants.

PFAS contamination is typically localized around areas where these chemicals are manufactured or used extensively, such as industrial sites, airports, and military bases. However, they can migrate long distances through water sources and soil, posing a risk to wide-reaching water supplies. Given the health risks associated with PFAS, it’s crucial for water providers and regulatory bodies to conduct thorough testing to detect and manage these substances in drinking water.

Nova Analytic Labs plays a critical role in this process by providing state-of-the-art PFAS testing services. Our lab utilizes the latest scientific techniques to detect PFAS accurately, helping communities assess and mitigate risks associated with water contamination.

At Nova Analytic Labs, our PFAS testing process is designed to be thorough and effective. We use advanced analytical methods, primarily liquid chromatography with tandem mass spectrometry (LC-MS/MS), recognized for its sensitivity and accuracy in detecting low levels of PFAS. This method allows us to identify a wide range of PFAS compounds, ensuring comprehensive testing results.

• Sample Collection: We provide detailed instructions and materials necessary for proper sample collection, ensuring that the samples are free from any potential contamination that could affect the test results.
• Analytical Process: Once samples arrive at our lab, they undergo a meticulous testing process where they are prepared, analyzed, and reviewed by our team of experienced chemists.
• Reporting: Our reports are detailed and include not only the concentrations of PFAS found but also an interpretation of the results that helps in understanding the potential health risks and necessary actions to take.

Nova Analytic Labs utilizes the most advanced EPA-approved methods to test for PFAS, ensuring high sensitivity and specificity. Our key testing methodologies include:

• EPA Method 537 and 537.1: These methods are crucial for detecting long-chain PFAS, including PFOA and PFOS.
• EPA Method 533: Focuses on short-chain PFAS compounds, complementing the long-chain analysis provided by Method 537.1.
• EPA Draft Method 1633: For a broader spectrum of PFAS analysis, covering up to 40 compounds including surface water and groundwater.

Recognizing the importance of reducing PFAS to safe levels, Nova Analytic Labs follows stringent safety standards, including NSF/ANSI Standard 53 and P473, specifically aimed at reducing PFOA and PFOS. These standards are critical benchmarks for our testing processes, ensuring that the water systems can implement effective PFAS mitigation strategies.

Nova Analytic Labs offers a range of PFAS testing services tailored to meet the needs of public water systems and government regulatory requirements:

• Routine Monitoring: Regular testing services to help public water systems stay compliant with environmental regulations and ensure ongoing water safety.
• Incident Response: Rapid testing in response to suspected contamination events or emergency situations, providing quick and accurate results to facilitate immediate action.
• Consultative Services: Expert advice on PFAS management, including risk assessment, mitigation strategies, and regulatory compliance.

Choosing Nova Analytic Labs for PFAS testing comes with numerous benefits:

• Accreditation: Our laboratory is accredited under national and international standards for environmental testing, ensuring reliable and valid results.
• Expertise: Our team comprises experts in environmental chemistry and toxicology, providing depth and breadth of knowledge in PFAS testing.
• Cutting-Edge Technology: We invest in the most advanced testing technologies to ensure high sensitivity and specificity in PFAS detection.
• Client Support: We offer exceptional customer support, providing clear communications and assistance throughout the testing process.

Nova Analytic Labs is committed to assisting governments and public health agencies in safeguarding drinking water from PFAS contamination. Through our advanced testing services, expert guidance, and dedicated customer support, we help ensure that communities have access to safe and clean drinking water, free from the harmful effects of PFAS chemicals.

Our goal is to provide peace of mind through science, offering reliable, accurate, and timely testing solutions that protect public health and preserve our water resources for future generations.