A fast and ultra-sensitive method for analysis of TFA in multiple water sources
Join us for an in-depth webinar on a robust and ultra-fast method for the analysis of trifluoroacetic acid (TFA) in multiple water sources using the SCIEX 7500+ system, together with a Phenomenex Luna Omega column, enabling high-throughput workflows with minimal sample handling. The method, which includes confirmation with both a quantifier and qualifier transition for confirmation, achieves a rapid turnaround time of just 4 minutes and 30 seconds between samples, allowing for the processing of 40 samples—including blanks and standards—in under four hours.
What to expect:
- Deep understanding of TFA’s environmental relevance
- Skills to run validated LC–MS/MS methods for TFA
- Knowledge of instrument setup and troubleshooting
- Experience with calibration, quantification, and QC
- Best practices for sample handling, data interpretation, and reporting
- Awareness of regulatory frameworks driving TFA monitoring
Key learning points:
- Highly sensitive and robust analytical method for TFA analysis in water samples
- Fast, high‑throughput workflow
- How to address TFA contaminations
- Excellent robustness across long sequences
- Reliable performance across complex water matrices
- Regulatory context highlights growing importance of TFA monitoring
Who should attend:
- Environmental chemists
- Water‑quality laboratories
- LC‑MS/MS analysts and technicians
- Regulatory and compliance professionals
- PFAS researchers
- Industrial chemists (chemical, agrochemical, materials)
- Technical marketing and application specialists
We will send you the recording after the event.
Speaker: Carlos Bueno, Senior Application Support Specialist
Carlos finished his Bachelor Degree in Chemistry in 2001. Before starting working as applications specialist he worked 4 years in Madrid doping control laboratory. Working in SCIEX since 2023 as Senior Application Support Specialist for EMEA. More than 20 years of experience in Chromatography and Mass spectrometry mostly focused on the development of application in food and environmental markets.
