PFAS monitoring increasingly requires analytical techniques that extend beyond targeted compound lists to provide a more complete understanding of fluorinated organic compounds contamination in environmental waters. Extractable Organic Fluorine (EOF) and Adsorbable Organic Fluorine (AOF) are method-defined parameters used to quantify total PFAS content and to identify the presence of unknown or emerging fluorinated compounds.

In this Velaris webinar, an expert from TRACE will present EOF and AOF analyses by Combustion Ion Chromatography (CIC) for drinking water, surface water, groundwater, wastewater, and other aqueous matrices, in compliance with methods such as ASTM WK68866, EPA 1621, DIN 38409-59, and ISO 18127.

The session will cover the full AOF sample preparation, explaining the principles of total organic fluorine analysis and the differences between EOF and AOF methodologies.

The webinar will cover automated C-IC solutions, method optimization, and sensitivity evaluation for reliable fluorine quantification at trace levels. Attendees will also learn how EOF and AOF measurements complement targeted LC-MS/MS methods.

Join us to learn how the XPREP C-IC delivers rapid, robust first-line screening of PFAS in water samples. With high sample throughput and reliable total organic fluorine measurements, laboratories can efficiently prioritize samples for more detailed targeted analysis.

Why Attend?
Discover how automated EOF and AOF workflows can improve laboratory efficiency and throughput while supporting reliable PFAS screening and total fluorine determination in water samples.

When?
Tuesday August 25, at 2:00 PM CEST