Solving the PFAS challenge: novel targeted and non-targeted workflows on triple quads and ion mobility HRMS

Explore Comprehensive PFAS Analysis: Watch Our On-Demand Webinar!

PFAS, persistent chemicals used in consumer products since the 1940s, pose significant risks to both humans and the environment due to their bio-accumulative and toxic properties. While EPA regulations monitor selected PFAS compounds, the estimated total of 15,000 PFAS compounds complicates comprehensive analysis.

Why Watch This Webinar? 

Discover two innovative workflows designed to enhance PFAS detection and understanding. The first workflow focuses on targeted analysis using a highly sensitive triple quadrupole for routine monitoring, exceeding EPA regulations. The second workflow presents a non-targeted approach combining trapped ion mobility spectrometry (TIMS) with UHPLC-HRMS for broader PFAS detection and annotation of unknown PFAS using smart software tools. These methods aim to improve detection capabilities and understanding of PFAS exposure for better public health and environmental protection.

Key Takeaways:

• Targeted Analysis: Learn about using a highly sensitive triple quadrupole for routine monitoring that exceeds EPA regulations.
• Non-Targeted Approach: Discover how TIMS combined with UHPLC-HRMS can broaden PFAS detection and annotate unknown PFAS.
• Enhanced Detection Capabilities: Understand how these methods improve detection and understanding of PFAS exposure.
• Public Health and Environmental Protection: Gain insights into how these workflows contribute to better public health and environmental protection.

Don't miss this opportunity to enhance your knowledge and skills in PFAS analysis presented by Bob Galvin (VP Marketing at Bruker Applied Mass Spectrometry),  Arnd Ingendoh(VP Business Development at Bruker Applied Mass Spectrometry) and Chris Elicone (Global Product Marketing Manager, Bruker Applied Mass Spectrometry). Register now to watch the on-demand webinar and take your analytical capabilities to the next level!

Solving the PFAS challenge: novel targeted and non-targeted workflows on triple quads and ion mobility HRMS