Improve Confidence and Efficiency in Routine PFAS Analysis
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Routine PFAS laboratories must deliver reliable low-level measurements while meeting stringent quality control (QC) requirements, managing complex matrices, and maintaining throughput. These demands can make efficient implementation of regulatory methods particularly challenging.
In this webinar, explore a practical approach to PFAS analysis using EPA Methods 533 and 1633A, with application data illustrating low-level quantitation, accuracy and precision in quality control samples, chromatographic separation of challenging interferences, and identification across a broad PFAS panel.
Discover a new high-throughput quantitative solution that expands testing capabilities across regulated food, environmental, and PFAS testing, enabling analytical and quality control workflows that can support confident decision-making, reduce avoidable reruns, and help laboratories manage demanding routine PFAS testing.
- Explore strategies for achieving reliable low-level PFAS quantitation while meeting the quality control requirements of EPA Methods 533 and 1633A
- Understand how accuracy, precision, chromatographic separation, and confident compound identification contribute to robust PFAS analysis across drinking water and environmental matrices
- Learn how automated quality control monitoring and decision rules can help identify potential issues, minimize unnecessary reruns, and support efficient batch review
- Discover how the SCIEX novus V55 system supports routine PFAS analysis with a compact footprint, improved energy efficiency, and robust quantitative performance
