TOP assay is a valuable laboratory analysis method in PFAS assessment. Without it, you could be driving blind into a field of PFAS landmines. Understanding total PFAS contamination beyond regulated compounds provides data for long term solutions
TOP Assay for PFAS: A Powerful Tool Read More »
We hope we were able to show you that PFAS field testing is actually possible now. PFAS contamination is a growing concern, but the tools to combat it are evolving. The FRED-PFAS™ sensor offers a novel way to assess PFAS in real-time, providing a more complete understanding of what’s lurking beneath the surface.
PFAS Field Testing with FRED-PFAS™: Beyond the Tip of the Iceberg Read More »
As PFAS industry professionals, we have seen the global adoption of speciated analytical methods in various regulatory frameworks, from the EPA and other organizations. These methods have been instrumental in protecting human health by achieving low-level detection and analyzing discrete PFAS compounds with the most common being as many as 40 unique compounds to date.
To Speciate or Not to Speciate… That is the Question. Read More »
You are likely aware of the upcoming national drinking water regulation from the U.S. Environmental Protection Agency (EPA) regarding per- and polyfluoroalkyl substances (PFAS). This regulation mandates water systems begin to monitor, publicly disclose PFAS levels, and potentially even treat PFAS starting in 2027. As a result, addressing PFAS contamination has become a top priority
The Biggest Bottleneck in PFAS Mitigation: Testing and Analysis Read More »
With concerns over the COVID-19 pandemic continuing and testing is becoming more and more important, FREDsense is looking to do our part to empower utilities and companies around the world to understand what is in their (waste)water faster and easier than ever. We are working to build one of the world’s first mobile and effective SARS-CoV-2 analysis system to support with rapid measurement and analysis in real-time.
Rapid COVID-19 Wastewater Testing In the Field Read More »