Lab Essentials for Quality Control’s Post

Get ready to dive deep into the world of #PFAS with us at The PFAS Summit 2024 presented by LCGC International! Join us for an engaging webinar on how to reduce per- and polyfluoroalkyl substance (PFAS) contamination in water samples below the detection limit. Beyond Contamination: Sartorius Lab Water System's Key Role in Precise PFAS Detection and Compliance 📅 Date: March 27, 2024 ⏰ Time: 4:00 PM EDT Here's what you'll discover: ✅ The world of PFAS, where they originate, their adverse and health effects, and the steps taken by regulatory bodies ✅ How the Sartorius Arium®️ Water System is revolutionizing the fight against PFAS contamination in water ✅ How to eliminate false positives and background noise that can compromise chromatographic and spectroscopic results ✅ A deep dive into our experimental design, including sampling, methods, and detection limits ✅ Exclusive insights into our compelling results demonstrating the Arium®️ Water System's ability to reduce PFAS to levels undetectable by conventional means Register for free today: https://ow.ly/JjOR50QRVeI #Sartorius #LabWater #PFAS #PFASDetection #LabWaterSystems #WaterContamination #PFASSummit2024 #LCGC #Laboratory #LabEssentials #WaterPurification #WaterSystems

#pfas or 'forever chemicals' are widely used in a range of consumer goods. With some #pfas linked to to cancers, high cholesterol, thyroid disease, liver damage, asthma and allergies, they rightly get a lot of attention in the analytical world. It is widely expected that more regulations will come effective with regards to #PFAS in food & drink and consumer goods. If you want to learn more about identifying PFAS using GC, join #Peakscientifc #Agilent and #Markes on 22nd February for a Fireside Chat- more details below.

This is not your father's PFAS discussion...largely of course, because our fathers didn't talk about it! Join this great panel for an in depth look at PFAS and how your GC will help improve the world..

This application note focuses on the regulatory requirements from industrial manufacturers regarding the quantitative analysis of per- and polyfluoroalkyl substances (PFAS) in wastewater matrices. Going beyond the scope of the US Environmental Protection Agency (EPA) Method 1633, a comprehensive target list comprising 71 native and 37 labeled PFAS compounds was thoroughly investigated and analyzed with aqueous wastewater samples. The sample extraction methodology was performed using Agilent Bond Elut PFAS WAX SPE cartridges. The quantitation of PFAS was executed using an Agilent 1290 Infinity II liquid chromatograph (LC) system coupled with an Agilent 6475 triple quadrupole mass spectrometer (LC/TQ). The analytical performance parameters, including linearity, sensitivity, accuracy, and precision, were verified. Furthermore, detailed discussions were conducted on the analysis results of the wastewater samples. Read more : https://lnkd.in/dzqq4RQk

With the EPA finalizing legally enforceable Maximum Contaminant Levels (MCL) for multiple PFAS compounds in drinking water at low ng/L concentrations, it is crucial to understand how different PFAS analytes in reference materials react to solvents and surface interactions. Our experts Dan Biggerstaff and HuiChen Stavros have recently developed a poster- "PFAS Reference Material Optimisation on LC – High Resolution Accurate Mass Spectrometry", exploring parameters that could impact data integrity with the analytes in EPA Method 1633, UCMR 5 and EU Drinking Water Directive. Download the poster now to see their findings: https://okt.to/3pWzRL #PFASanalysis #DrinkingWater #ReferenceMaterials #PFAS

With the EPA finalizing legally enforceable Maximum Contaminant Levels (MCL) for multiple PFAS compounds in drinking water at low ng/L concentrations, it is crucial to understand how different PFAS analytes in reference materials react to solvents and surface interactions. Our experts Dan Biggerstaff and HuiChen Stavros have recently developed a poster- "PFAS Reference Material Optimisation on LC – High Resolution Accurate Mass Spectrometry", exploring parameters that could impact data integrity with the analytes in EPA Method 1633, UCMR 5 and EU Drinking Water Directive. Download the poster now to see their findings: https://okt.to/961QDB #PFASanalysis #DrinkingWater #ReferenceMaterials #PFAS

In this webinar, Adam Senior from Biotage and Joe Homan from NMS Labs will present a novel sample prep method using the ISOLUTE® PLD+ for PFAS that overcomes some of the challenges associated with PFAS analysis. They will compare this method’s efficiency and effectiveness to other available techniques, illustrating how to achieve cleaner extracts for a wide range of PFAS compounds. Join us on June 25 and explore how to automate sample preparation for PFAS analysis to achieve better reproducibility and enhance productivity. https://lnkd.in/gdGuNPvf #PFAS #sampleprep #PFASanalysis

With the EPA finalizing legally enforceable Maximum Contaminant Levels (MCL) for multiple PFAS compounds in drinking water at low ng/L concentrations, it is crucial to understand how different PFAS analytes in reference materials react to solvents and surface interactions. Our LGC experts Dan Biggerstaff and HuiChen Stavros have recently developed a poster- "PFAS Reference Material Optimisation on LC – High Resolution Accurate Mass Spectrometry", exploring parameters that could impact data integrity with the analytes in EPA Method 1633, UCMR 5 and EU Drinking Water Directive. ⬇Download the poster now to see their findings: https://okt.to/Nuy954 #PFASanalysis #DrinkingWater #ReferenceMaterials #PFAS

🔵 Celsis® instruments are a game changer in microbial detection, since they can reduce traditional microbial limits testing from 3-7 days down to 24 hours. In this way, in just 24 hours a company can have actionable results for bioburden and microbial limits testing. 🔵 Celsis® replaces subjective traditional testing using eye counts with an automated analysis that gives you a “Yes/No” answer. By doing so, Celsis® provides critical information whether to release or hold products while minimizing changes to your current validation test preparation methods. Learn more about Celsis® Rapid Microbial Methods here: ⬇ https://lnkd.in/dY72wvpF #celsis #RMMs #charlesriver #rapid #microbial #detection #bioburden

In the ever-evolving landscape of environmental analysis, understanding the presence of per- and polyfluoroalkyl substances (PFAS) in air is crucial. Our on-demand webinar with our partner, Markes International, delves into the realm of PFAS analysis, specifically focusing on how Gas Chromatography (GC) techniques, commonly used for Volatile Organic Compounds (VOC) monitoring, can be effectively adapted for PFAS measurements in air and materials. Discover which PFAS compounds are GC amenable, how existing VOC monitoring standards can be leveraged for PFAS analysis, and the implications of method modifications on performance and challenges encountered. Don't miss out on this enlightening webinar that will equip you with insights on achieving optimal detection limits for PFAS in various environmental matrices. Watch Now 🎦: https://loom.ly/lwXS32o Ready to elevate your environmental monitoring capabilities today!? Browse our PFAS READY instruments, such as the Agilent G6495C Triple Quad, designed to streamline your analytical processes. Check it out here ➡️ https://loom.ly/AhpjS8Y #PFAS #ThermalDesorption #Markes #Agilent #GasChromatography #AnalyticalScience