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PFAS: Origins and Concerns
Per- and polyfluoroalkyl substances (PFAS) are synthetic chemicals used in firefighting foams, non-stick cookware, water-repellent fabrics, and food packaging. Their resistance to heat, water, and oil makes them valuable in many industries, but also contributes to their persistence in the environment and human body, earning them the name “forever chemicals.” Exposure to certain PFAS has been linked to liver damage, thyroid disease, and an increased risk of cancer, making their detection and regulation a public health priority. As PFAS contamination spreads through water, soil, food, and biological systems, accurate analytical methods are essential for effective monitoring and mitigation efforts.
PFAS Sample Preparation Challenges
The analysis of PFAS is complex due to their chemical stability, extremely low detection limits, and high risk of contamination from laboratory equipment and environmental sources. Effective sample preparation is crucial to ensuring accuracy and preventing cross-contamination. Solid Phase Extraction (SPE) is widely used to isolate PFAS from water, soil, food, and biological samples, providing clean extracts for analysis. Standardized methods such as EPA 537.1, EPA 533, and ISO 21675 offer protocols to ensure reliable, reproducible results in laboratories worldwide, helping scientists accurately assess PFAS contamination in various matrices.
Comprehensive PFAS Sample Prep Solutions
FMS provides a complete suite of PFAS sample preparation solutions, ranging from starter kits with certified consumables to semi-automated and fully automated extraction and concentration systems. Our cutting-edge technology reduces contamination risks, enhances efficiency, and ensures reproducible recoveries, making PFAS analysis more precise and reliable. Whether your lab requires a cost-effective manual setup or a high-throughput automated workflow, FMS delivers scalable solutions designed to improve accuracy, efficiency, and consistency in environmental, food, and biological testing applications.
In-House LC-MS & GC-MS Testing: Guaranteeing Purity and Performance
To ensure the highest purity in our products and consumables, FMS conducts in-house testing using advanced LC-MS and GC-MS technology. Our laboratory rigorously tests raw materials, monitors in-process manufacturing, and verifies final products to eliminate contamination. By integrating real-time quality control, we uphold strict purity standards, providing laboratories with reliable, interference-free results. Additionally, FMS offers a one-step PFAS sample preparation solution, including extraction, purification, and concentration, delivering PFAS-ready extracts from sample to vial. This automated workflow streamlines testing, allowing laboratories to move directly to analysis with minimal handling and maximum accuracy.
Automated PFAS Extraction for Wastewater Analysis
The TurboTrace® PFC SPE System is a fully automated sample preparation solution designed for the solid-phase extraction (SPE) of per- and polyfluoroalkyl substances (PFAS) from wastewater and other complex matrices. This system processes up to eight samples simultaneously, ensuring consistent and reproducible results while minimizing the need for sample reruns.
Automated PFAS Extraction for water Analysis
The EconoTrace® PFC is an automated Parallel Solid Phase Extraction (SPE) system designed for the efficient extraction of per- and polyfluoroalkyl substances (PFAS) from drinking water. It streamlines laboratory workflows by automating sample preparation, thereby enhancing productivity and ensuring consistent, high-quality results.
EzPFC Semi-Auomatic Extraction
The EZPFC PFAS Extraction System is a revolutionary solution designed for laboratories focused on Per- and Polyfluoroalkyl Substances (PFAS) analysis. This compact, cost-effective, and user-friendly system automates and streamlines the Solid Phase Extraction (SPE) process for PFAS analysis, ensuring consistent and accurate results every time.
Using vacuum & nitrogen, the EZPFC automatically loads the samples, rinses the sample bottle and delivers the solvent to the SPE cartridges. The final extract is delivereddirectly to the extract vial ready for final concentration in the FMS SuperVap®. The process saves both labor and time.
The ultimate rewards are saving labor and time
SuperVap PFAS Concentrator/Evaporator
Turbo Trace PFC
The SuperVap/PFC is a fully automated, direct-to-vial concentrator designed for PFAS analysis and other demanding applications. By replacing traditional manual evaporation methods, it enhances efficiency, consistency, and sample integrity while reducing labor costs. The system features a waterless dry bath, programmable controls, high-throughput capacity (up to 24 samples), and integrated HEPA/carbon filtration to minimize contamination. All components are rigorously tested to ensure a contaminant-free and clean blank for PFAS analysis, delivering reproducible, high-quality results.
Consumables:
| Part number: | Description: |
| SPE-ADP-1 | SPE 1ml Cartridge Adapter |
| SPE-ADP-20 | SPE 20ml Cartridge Adapter |
| SPE-ADP-3 | SPE 3ml Cartridge Adapter |
| SPE-ADP-6 | SPE 6ml Cartridge Adapter |
| SPE-BT.5L | SPE Sample Bottle 500ml |
| SPE-BT1 | SPE Sample Bottle 1L |
| SPE-BT1.25L | SPE Sample Bottle 1250ml |
| SPE-BTRC | SPE Sample Bottle Rinse Cap |
| SPE-CAP-1L | SPE Bottle Cap , 1L |
| SPE-CAP-2L | SPE Bottle Cap , 2L |
| SPE-CAR1-C18 | SPE Cartridge 1 gram C18 |
| SPE-CAR1-DVB | SPE Cartridge 1 gram DVB |
| SPE-CAR5-C18 | SPE Cartridge 5 gram C18 |
| SPE-CAR6-DVB | SPE Cartridge 6 gram DVB |
The EZPFC PFAS Extraction System is a revolutionary solution designed for laboratories focused on Per- and Polyfluoroalkyl Substances (PFAS) analysis. This compact, cost-effective, and user-friendly system automates and streamlines the Solid Phase Extraction (SPE) process for PFAS analysis, ensuring consistent and accurate results every time.
Using vacuum & nitrogen, the EZPFC automatically loads the samples, rinses the sample bottle and delivers the solvent to the SPE cartridges. The final extract is delivereddirectly to the extract vial ready for final concentration in the FMS SuperVap®. The process saves both labor and time.
The ultimate rewards are saving labor and time