Improving Efficiency in Routine PFAS Analysis Using EPA Methods 533 and 1633A

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.

Attend this webinar to: 

• 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

Speaker: Craig Butt, PhD (Senior Manager, Global Technical Marketing, SCIEX) 

 Dr. Craig M. Butt is senior manager of the applied markets group in the global technical marketing division of SCIEX with over 20 years of mass spectrometry experience.