Addressing the PFAS Challenge with Novel Approaches of TIMS and DART

Are you ready to tackle one of the most challenging analytical problems in environmental science? Join William Fatigante for an exclusive on-demand webinar where he dives deep into the detection and identification of thousands of PFAS compounds at incredibly low concentrations.

Webinar Highlights

Learn how to master the complexity of environmental matrices and navigate the abundance of isomeric structures with ease. Discover the cutting-edge technology of high-resolution mass spectrometry (HRMS) combined with high-resolution trapped ion mobility spectrometry (TIMS), which can reliably separate isomeric PFAS compounds. See how optimized ionization methods and collisional cross-section ion filtering provide unparalleled sensitivity and accuracy, even in the most complex matrices.

Understand the crucial role of liquid chromatography mass spectrometry in the quantification and screening of PFAS compounds. Explore the innovative use of direct analysis in real time (DART) on the Bruker EVOQ-DART-TQ⁺, showcasing rapid, LC-free workflows that significantly boost productivity and offer economical, greener solutions for your lab.

Why Watch This Seminar?

• Master Complex Matrices: Gain insights into overcoming the challenges posed by environmental matrices and isomeric structures.
• Cutting-Edge Technology: Learn about the latest advancements in HRMS and TIMS for reliable PFAS separation.
• Enhanced Sensitivity and Accuracy: Discover how to achieve high levels of sensitivity and accuracy in your analyses.
• Complementary Techniques: Understand the integration of liquid chromatography mass spectrometry in PFAS screening.
• Innovative Solutions: See how DART technology can revolutionize your lab’s productivity and sustainability.

Don’t miss this opportunity to enhance your lab’s capabilities and stay ahead of regulatory demands. Register now to watch the on-demand webinar and transform your approach to PFAS analysis!

Addressing the PFAS Challenge with Novel Approaches of TIMS and DART