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Choosing the most suitable consumables ensures optimum performance, reproducible results, and instrument longevity. Our ICP-OES Consumables Reference Guide simplifies choosing the correct ones for you—so you can focus on your analysis. https://bit.ly/3FCWx8e

"How can PerkinElmer help me with my battery analysis challenges?" and "Why should I choose PerkinElmer for my lab needs?" Filmed at the Battery Show, Detroit in Dec 2024 - you'll hear from Chady Stephan who answers those questions - outlining how PerkinElmer has developed analytical methodologies and workflow solutions for materials and chemical formulations used in anodes/cathodes, separators and electrolytes - to address scientific challenges in research stages, manufacturing quality and a host of recycling challenges too. The video features a range of key instruments PerkinElmer offer to the industry including; NexION 2200, DSC9, Spectrum2, and hyphenated solutions with GC. https://bit.ly/4l5Kalb #BatteryAnalysis #LabSolutions #AnalyticalChemistry

It takes?#ScienceHeroes?to drive sustainable agriculture - ensuring food crops thrive while minimizing #Environmental impact. Check out this fascinating study using the?Avio 550 Max #ICPOES, revealing that?organic matter enhances mineral content in vegetables?more effectively than mineral fertilizers! A game-changer for #SustainableFood and #Agriculture. Read the full study here:?https://bit.ly/41ZGkBq Learn more about Avio ICP-OES: https://bit.ly/40xjyjL What are your thoughts on organic vs. mineral fertilization? Let's discuss! #FoodScience #FoodIndustry #AgTech #Sustainability

Here's a sneak peek at our new 'Teach Me in 10' episode featuring Katsia Pabortsava - scientist at the National Oceanography Centre. Katsia dives into the science behind microplastics' journey to the seabed and offers a look at cutting-edge FTIR detection methods! ???? ?? Watch the full video here: https://bit.ly/41NhohL #MastersInMicroplastics #MicroplasticsAnalysis #EnvironmentalMonitoring

Learn from Aaron Hineman about the benefits of the NexION? 1100 ICP-MS with Universal Collision-Reaction Gas Technology for drinking water analysis. This proprietary technology offers improved sensitivity, accuracy, precision, and stability versus Collision alone, essential for meeting stringent regulatory standards. https://bit.ly/4j2ySwk

2 days to go! ? Don't forget to register for Thomas Hey's talk at LCGC's PFAS Summit. His talk 'Experience Maximized Productivity for PFAS Analysis Even with Complex Matrices' will feature on Wednesday afternoon. Register here: https://bit.ly/42jXkTh

NanoLytica is back - and better than ever. Join us for a full day of cutting-edge discoveries, expert insights, and unmatched networking. Hear from leading academics, industry professionals, and government researchers who are shaping the future of science and innovation. This is science in action. And you’re invited! Register now: https://bit.ly/4hxEnSz.

Implementing a sustainable approach to workplace design can support gas chromatography lab efficiency and ensure room for expansion as the lab grows and thrives. Read the blog to discover four key workplace design elements that can help improve the sustainability of your GC lab. https://bit.ly/4iHrgiz

Join Miles Burrows at the 3rd LOFM Summit for expert insights into the latest contract approaches and market developments that could transform your lab operations. Connect with industry leaders, share best practices, and discover innovative solutions. Register today: https://bit.ly/4iw2DFw

Did you know your Teflon cookware might be releasing harmful chemicals into your food when scratched? As non-stick surfaces break down, toxic PFAS chemicals can leach out, raising health concerns such as cancer, endocrine disruption, and liver damage. In this new article, we break down the science behind PFAS in cookware and explore the effective detection techniques used to track these persistent pollutants in our environment. Read more ?? https://bit.ly/4izidRj #PFAS #TeflonToxins #EnvironmentalResearch