As awareness grows of ubiquitous per- and poly-fluoroalkyl substances (PFAS) entering the food chain, laboratories face increasing pressure to adopt reliable methods to measure, manage, and help mitigate PFAS exposure. Waters supports your PFAS testing goals by helping you:
• Implement robust methods for the first time
• Increase sensitivity with advanced analytical systems
• Move to dependable, workhorse workflow method that complements your food-safety testing scope
Explore Waters offerings for screening, quantitation, and non-targeted elucidation workflows designed to reliably enhance your capability, capacity, and confidence in PFAS testing of foods.
Gain a holistic view of the laboratory that is essential for any busy PFAS testing operation looking to increase productivity. Deploying waters_connect System Monitoring software enables labs to take control of their system usage through real-time system status information and system error notifications, detailed system history, and dynamic system scheduling.
Improve your confidence and productivity in PFAS analysis with waters_connect for Quantitation Software. Accelerate your workflows, reduce your training burden, experience intuitive ease of use and streamline your data processing and review for quantitative analysis.
Transform complex data into actionable insights with waters_connect for Small Molecule Workflows that reduce the complexity of accurate mass analysis. The workflow utilizes data visualization tools and unique chemical properties to efficiently identify unknown contaminants and ensure confident reporting in complex environmental matrices.
Reduce the risk of false detections from background contamination with Waters PFAS Solution Installation Kits, containing the perfect mix you need to be PFAS-ready.
Uncover unparallelled chromatographic performance for emerging short chain including GenX and legacy PFAS with the Atlantis Premier BEH C18 AX Column, a mixed-mode reversed-phase/anion-exchange (AX) column.
Discover uncompromised performance using the ACQUITY Premier C18 Column for the reliable and reproducible retention, separation, and determination of PFAS across foodstuffs.
Reduce the risk of sample contamination during solid phase extraction sample clean-up using pre-screened quality control-tested Oasis SPE Products, such as Oasis WAX, Oasis WAX/GCB and Oasis GCB/WAX.
QuEChERS Sample Preparation Products, a favorite sample preparation technique for food contaminant testing, has expanded into PFAS testing making analyte extraction and sample clean-up accessible, convenient and quick.
Gain improved method performance and lab efficiency by automating repetitive and time intensive pipetting steps with Andrew+ Pipetting Robot in your PFAS workflows.
Automate SPE-based sample preparation with the Andrew+ Pipetting Robot together with the Extraction+ Connected Device to improve method reliability by reducing random error while freeing valuable analyst hands and time for other tasks.
Tailor solutions to meet your laboratory’s PFAS method needs with Waters analytical professional services. Explore on-site consultation and expert application support designed to optimize your analytical workflows.
Optimize your laboratory's productivity and success with Waters Global Services to maintain peak system performance, minimize down time, address application challenges, and support stringent compliance requirements.
Maximize your lab resources and minimize risk with innovative solutions and payment options from Waters Capital. Upgrade aging instruments, obtain customized support, and gain flexible options to bundle your complete laboratory solution into one easy monthly payment – everything you need to advance your science.
QC injections plotted for PFHxS (at 0.1 ng/mL) from daily runs acquired over 70 batches demonstrating excellent maintained system uptime (continuous operation with no unscheduled downtime).
Chromatographic traces of 0.0005 µg/kg of EU mandatory PFAS in an apple sample. S/N: signal-to-noise ratio (noise processing=peak-to-peak).
Improved sensitivity achieved for all PFAS (on average 4 times greater peak area response achieved) when analyzed by an alternative to ESI, UniSpray. Chromatogram example showing the improvement for PFOA and PFNA in fish reference material.
Chromatographic baseline separation of branched and linear PFOS from cholic acids (taurochenodeoxycholic acid, taurodeoxycholic
acid, and tauroursodeoxycholic acid).