Expanding the Evidence: New Data for More Reliable PFAS Analysis

Building on our previous webinar series on PFAS contamination mitigation, this session showcases new data and expanded evidence demonstrating how proven contamination control strategies can support today's evolving PFAS workflows. Attendees will explore recent findings, updated performance data, and practical applications that illustrate how these approaches help reduce background interference, improve method sensitivity, and enhance confidence in analytical results. Whether supporting established methods or emerging PFAS applications, participants will gain valuable insights for achieving cleaner baselines, more reliable data, and more robust analytical performance. 

Key Learning Points

• Review new data on PFAS contamination mitigation strategies across evolving analytical workflows.  
• Understand the impact of emerging regulatory and analytical demands on contamination control.  
• Apply practical approaches to reduce background interference and improve confidence in PFAS results.   

Who Should Attend

• This webinar is ideal for analytical scientists, LC-MS/MS users, method developers, laboratory managers, and PFAS testing professionals who are beginning or expanding PFAS analysis across regulated and non-regulated methods. It is designed for those developing new methods, optimizing existing workflows, troubleshooting background contamination, and addressing persistent PFAS interferences.

Speaker: Maryam Sayeed (Product Manager, Phenomenex)

 Maryam Sayeed is a Product Manager at Phenomenex and has been with the company for three years. She focuses on expanding solutions for chromatography products and consumables designed for the food and environmental markets. Her work also includes supporting products that address challenges associated with PFAS analysis and background contamination at low detection limits. Prior to joining Phenomenex, Maryam spent nine years in the food and beverage industry, gaining extensive hands‑on experience with HPLC analysis. She holds an MS in Biology with a specialization in Biochemistry.