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Streamlined EFOX workflows for environmental samples
We offer out-of-the-box EFOX (Environmental and Food Organic Xenobiotics) solutions for environmental analysis, supporting routine, high-throughput environmental testing, including validation-ready methods, compliance-ready LC-MS systems, automation that reduces variability and scalable configurations that can evolve with regulatory demands. These EFOX workflows for environmental samples have been optimized for PFAS detection.
EFOX workflows for PFAS detection in environmental samples
PFAS contamination presents complex analytical and regulatory challenges for environmental laboratories, where sensitivity, reproducibility, and compliance are non-negotiable. Our EFOX workflows for PFAS detection mitigate risk at every stage of analysis. From advanced LC-MS hardware and contamination-controlled sample preparation solutions to intelligent software, automated data processing, and regulatory-ready reporting tools, our solutions bring together every critical element of the workflow. The result is a seamless, end-to-end platform that helps your lab meet evolving PFAS regulations, protect public health, and achieve its operational and compliance goals with certainty.
EFOX workflows support laboratories implementing regulated methods such as US EPA 533, EPA 537.1, EPA 1633, and relevant European directives for PFAS determination in drinking water and environmental samples.
Hear from our customers
“The automated DLLME workflow significantly reduced variability and rework in our PFAS analysis.”
— Environmental Testing Laboratory, Europe
“We increased throughput without adding staff, while maintaining full regulatory confidence.”
— Government Environmental Lab
Frequently asked questions
EFOX analytical workflows are designed to support ultra-trace PFAS detection in complex environmental matrices. By combining optimized sample preparation, high-sensitivity LC-MS/MS performance, and integrated data analysis, EFOX solutions help laboratories achieve low detection limits, reduced background interference, and reliable quantitation aligned with regulated methods.
EFOX workflows support laboratories implementing regulated methods such as US EPA 533, EPA 537.1, EPA 1633, and relevant European directives for PFAS determination in drinking water and environmental samples. The platform is designed to adapt as regulatory guidance evolves and compound lists expand.
EFOX Series mass spectrometers are engineered for stable ion transmission and low background noise, supporting consistent ultra-trace detection. Optimized chromatographic separation and integrated workflow design help minimize matrix effects and improve reproducibility in challenging environmental samples.
Yes. The EFOX platform is built with scalability in mind, allowing laboratories to expand compound panels and adjust methods as new PFAS compounds are regulated or monitored. The integrated software environment supports efficient method updates and compound additions.
EFOX workflows support analysis of drinking water, groundwater, wastewater, soil, and other environmental matrices commonly tested for PFAS and organic contaminants. Workflow components can be configured to address matrix-specific challenges.
Integrated data analysis and reporting tools help streamline quantitation, method management, and regulatory documentation. The Chromeleon CDS platform supports reproducibility, audit readiness, and efficient review of large environmental datasets.
EFOX workflows integrate sample preparation, LC-MS analysis, and data processing into coordinated workflows. This integration helps reduce variability, minimize downtime, and support high-throughput operation in regulated laboratory environments.
Yes. EFOX workflows support routine compliance testing while providing the sensitivity and flexibility needed for emerging contaminant research and expanding compound monitoring programs.
The EFOX workflow platform is engineered for long-term adaptability. Scalable configurations, validation-ready methods, and expandable compound coverage enable laboratories to respond efficiently to new regulations, lower detection limits, and emerging contaminant requirements.
Our General Purpose product-lines are not intended for in vitro diagnostic purposes in accordance with our product documentation, manuals, and labels. They are designated for General Laboratory Use Only.
Our Products have not been tested or validated for such applications and their use for in vitro diagnostic purposes may result in inaccurate results and, more seriously, health and safety risks.
For General Lab Use Only - Not For Diagnostic Procedures.