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In this episode, we unpack fundamental concepts that every ICP analyst should know. Learn what National Metrology Institutes (NMIs) are and why SI traceability is essential for accurate measurements. We also clarify the differences between SRMs, CRMs, RMs, and PCRMs, helping you choose the right standard for your work. Plus, we discuss accuracy vs. precision, measurement uncertainty, and how tolerance impacts your data.

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In this Q&A episode, we answer common questions from ICP analysts, including how to choose between AA and CG product lines for your standards, when certification levels matter, and what documentation differences to expect. We also troubleshoot high recoveries of copper and lead in ICP-OES, exploring possible interferences, calibration curve issues, and internal standard miscalculations. Plus, we break down how internal standard baselines can throw off your results and how to fix them.

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In this Q&A episode, we answer analyst questions on EPA Method 200.8, including tuning recommendations, chloride interferences, and digestion techniques for wastewater and drinking water analysis. We also tackle antimony stability, comparing HF and tartaric acid stabilization methods, and discuss key strategies for minimizing contamination in ICP-MS. Plus, our team shares critical HF safety tips, including best practices for handling and emergency response.

Have a question you’d like answered on Bench Boost? Send it our way — we might cover it in a future episode!

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In this Q&A episode, our team answers real-world questions from analysts like you! We discuss strategies for preventing aluminum loss in HF digestions, a listener-submitted method using boric acid to reverse precipitation, and the best ways to calculate limit of detection (LOD) and limit of quantification (LOQ) in ICP-OES. Plus, we dive into iron contamination risks, common sources in the lab, and tips for improving detection limits. If you’re troubleshooting ICP challenges, this episode is packed with valuable insights!

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In the final installment of our ICP Alley series, we feature Cole Hutchinson from GFS Chemicals. Learn how GFS’s ultrapure acids and high-purity reagents help analysts tackle the growing challenges of ultra-low detection limits and contamination. Cole shares insights on minimizing impurities, proper handling techniques, and how GFS’s innovative products ensure precision in ICP analysis. Plus, get a sneak peek at what GFS has planned for Pittcon 2025 and how ICP Alley will be the go-to hub for ICP analysts.

Make ICP Alley your first stop at Pittcon 2025. We'll see you there!

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In this episode, we continue our journey to Pittcon 2025 with a spotlight on Glass Expansion. Join us as Ryan Brennan shares how Glass Expansion has become a trusted leader in sample introduction systems for ICP-MS and ICP-OES. Discover practical tips for preventing signal drift, maintaining your instruments, and choosing the right accessories to optimize your analysis. Plus, learn how ICP Alley will provide a collaborative hub for ICP analysts to connect with experts and enhance their workflows.

Join us next week for a chat with GFS Chemicals!

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Get ready for a new level of collaboration at Pittcon 2025 with ICP Alley! In this episode, we sit down with Michael Howe (aka Howie) from CEM Corporation to discuss this exciting joint venture between Inorganic Ventures, CEM, Glass Expansion, and GFS Chemicals. Learn how ICP Alley will serve as a one-stop hub for ICP analysts, offering insights from sample prep to analysis. Plus, Howie shares tips on choosing the right acid mix for digestions, preventing contamination, and preparing for ultra-low detection levels. Don’t miss this sneak peek into what’s coming to Boston in March!

More episodes to come with guests from Glass Expansion and GFS Chemicals!

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In this episode, we answer listener questions about real-world ICP challenges. From setting up effective control charts to managing violent reactions during metal digestions, our team provides actionable solutions. We also explore strategies for digesting complex alloys and ensuring precise measurements for high-concentration samples like nickel, tungsten, and iron. Whether you're troubleshooting digestion setups or refining your calibration methods, this episode offers practical advice to tackle everyday analytical challenges in the lab.