Must-see for environmental testing labs! EPA 1633 compliant PFAS pretreatment approach.

Explaining Practical Know-How to Improve the Accuracy of PFAS Analysis In this webinar, we will clearly introduce practical points that make a difference in the field of PFAS analysis, incorporating specific challenges and countermeasures. Additionally, we will answer as many questions as possible that were submitted during pre-registration, sharing insights that contribute to improving analytical accuracy. <Recommended for the following individuals> ✅ Those who are about to start PFAS analysis ✅ Those who are troubled by not knowing the causes of analytical issues ✅ Those aiming for more accurate and efficient analysis ✅ Those who want to gain the latest information and practical knowledge about PFAS analysis https://register.gotowebinar.com/#register/1088563146654203739?source=iPROS

Restek offers the latest research findings, applications, and customized solutions tailored to customer needs based on valuable feedback from laboratories around the world. When tackling PFAS analysis, Restek will be your strong partner, providing expert support. Please feel free to contact us.

As the demand for extensive PFAS monitoring in drinking water and environmental water (non-drinking water) increases, efficient analytical methods are required. In this study, we developed a simultaneous analysis method targeting alternative (short-chain) and conventional (long-chain) PFAS, as well as ultra-short-chain PFAS, including C2 (ultra-short-chain), C3, C4, C6, C8, and alternative compounds. Below, we report the results of the experiments. For questions or more information about PFAS analysis, please contact us.

The analysis of low-concentration per- and polyfluoroalkyl substances (PFAS) requires high sensitivity and low background levels throughout the entire workflow, from sample collection, transportation, and storage to analytical instrumentation and sample pretreatment. Restek's solid-phase extraction column, the Resprep Polymer WAX SPE cartridge, enables accurate quantification of low-concentration PFAS compounds in drinking water while meeting the requirements of EPA Method 533. For questions or more information about PFAS analysis, please contact us.