Michelle Taylor of Labcompare discusses how PFAS testing is evolving across water, food and packaging, from ultratrace LC-MS analysis and contamination control to AI and destruction technologies.

PFAS are highly persistent environmental contaminants. Explore their health risks, EPA methods, LC-MS/MS analysis, and emerging technologies for their detection and determination.

A two-stage liquid–liquid extraction method enables sensitive, reproducible analysis of ultrashort PFCAs such as TFA and longer-chain PFAS in water.

Jay Gandhi discusses ion chromatography, AOF and combustion IC for PFAS analysis, explaining how these techniques complement targeted LC-MS and help reveal the broader fluorine burden.

Join us for an in-depth conversation with Holly Lee, Global Technical Marketing Specialist at SCIEX, as we explore the cutting edge of food and environmental safety testing.

Dr. Terry discusses PFAS contamination, analytical challenges, fluorine mass balance, treatment technologies, and future directions for monitoring and protecting drinking water quality.

PFAS are associated with a range of potential health risks, from weakened immune responses to effects on the liver, kidneys, and reproduction. Accurate exposure testing is essential.

PFAS are among the most persistent environmental contaminants. Explore LC-MS/MS, GC-MS, TOF, and HRMS approaches for PFAS detection, identification, and quantification.

Learn about the latest PFAS regulations, analytical challenges, and testing strategies for water analysis. Discover practical insights into compliance, sampling, and accredited PFAS workflows.

Non-targeted PFAS analysis using Orbitrap HRAM and Compound Discoverer 3.5 enables confident identification of thousands of PFAS through advanced libraries, scoring tools and visualization workflows.