In part two of our PURE Laboratories collab Mike continues his conversation with Erik Miller and Dave Neville from Pure Laboratories, exploring what it takes to produce five-nine and six-nine purity materials. Learn about contamination control, sample preparation, ICP quality control, laboratory design, and the small details that make a big difference in ultra-trace elemental analysis.

In this special episode of Bench Boost, the Inorganic Ventures podcast, host Mike Booth sits down with Erik Miller and Will Marble from Pure Laboratories to discuss the growing demand for ultra-high purity materials. They explore challenges surrounding raw material quality, rare earth supply, custom synthesis, and how material purity impacts advanced industries including semiconductors, energy storage, and aerospace.

This week on Bench Boost Mike explains why sample container choice can significantly impact elemental analysis results through contamination, adsorption, precipitation, chemical attack, or evaporation. The differences in glass vs common plastics are reviewed in detail, and the episode concludes with a brief discussion on proper cleaning/leaching, and the practice using dedicated containers for ultra-trace work.

This week on Bench Boost Mike explains two key ICP-OES/ICP-MS quality control samples: the Initial Calibration Verification (ICV) and Continuing Calibration Verification (CCV). The ICV is run after calibration and before samples to confirm the calibration worked. The CCV is run periodically during the batch to confirm the calibration remains valid as drift, clogging, cone buildup, washout, or other issues occur. This episode concludes with reviewing how to troubleshoot ICV or CCV failures. 

This week Mike discusses elevated backgrounds in ICP-OES when analyzing high total dissolved solids (TDS) samples such as brines, digests, excipients, salts, and starting materials. TDS increases free electron density in the plasma, producing Bremsstrahlung (braking) radiation and recombination radiation, which raise a broad continuum background across the spectrum. The elevated background degrades signal-to-noise, increases blank standard deviation, and worsens detection limits, especially for elements with poor ICP-OES sensitivity. Mitigation approaches include dilution, matrix-matched calibration or standard additions when dilution isn’t feasible.

Join Mike this week on Bench Boost as he explores the basics of conductivity measurements. We review the theory of how conductivity is dependent on ion concentration, charge, and mobility. He describes how contact probes work, emphasizing the cell constant and how proper probe selection to avoid poor sensitivity or signal saturation. Temperature is highlighted as a major variable, often ~2–3% per °C. Lastly we cover calibration using NIST-traceable KCl standards, and how calibrating near the sample range and controlling errors can lead to accurate and reliable data.

This week on Bench Boost we discuss titration techniques based on USP 541 and the Inorganic Venture's Titration Tips and Tricks guide. Mike explains the difference between equivalence point and observed endpoint and how key performance factors can include using the correct glassware, appropriate techniques, and thorough cleaning of burettes. We also cover the correct way to read a meniscus, and how optimizing sample size can prevent poor replicate agreement and high result variability.

This week on Bench Boost Mike explains why accurate pH measurement is more complex than it appears, highlighting the effects from temperature, ionic strength, calibration technique, probe condition, and sample chemistry. He reviews pH theory of hydrogen ion activity (not just concentration) and the logarithmic meaning of pH changes, then describes how a pH probe functions as an electrochemical cell. He details temperature impacts on solution pH and electrode response (Nernst slope), notes automatic temperature compensation limits, summarizes USP <791> calibration buffers and allowable uncertainty.

This week on Bench Boost Mike shares practical tips for analyzing pharmaceutical samples at low concentrations for USP 232 elemental impurities, emphasizing that high dilution makes small contamination or carryover issues critical. He advises minimizing contamination through careful container selection (avoiding glass and using acid-leached LDPE or leached polypropylene), and outlines a typical leaching process using dilute nitric acid for seven days. He also stresses using high-purity acids (ppb/ppt grade) and method blanks to monitor impurities. For trace measurements, he recommends tightening calibration ranges with more points near the LOD/LOQ, managing washout by running blanks before/after calibration and throughout batches, using appropriate internal standards to correct drift or suppression, recalibrating about every 20 samples, and understanding signal-to-noise requirements for LOD and LOQ.

This week Mike and Ashley explain the J value used in pharmaceutical elemental impurity testing to relate typical ICP concentration units to permitted daily exposure (PDE) limits reported in micrograms per day under USP <232> and ICH Q3D. They describe how J value accounts for both sample dilution factor and maximum daily dose, making results comparable to PDE requirements. They recommend preparing method standards at PDE limits for the relevant administration route and diluting to match the J calculation for method validation.

This week Mike & Ashley review the standardized methods for elemental impurity analysis in pharmaceuticals: ICH Q3D, USP <232>, and USP <233>. ICH Q3D provides guidelines for testing up to 24 elements and emphasizes risk assessment but not detailed testing calculations; USP <232> sets elemental impurity limits; and USP <233> addresses sample preparation and analysis and relies on ICH Q3D concepts such as “J” concentrations (to be covered next week). They explain risk assessment factors (element, route of administration, intentional addition, and screened materials) and outline element classes. They also discuss sample types (APIs, drug products, excipients) and how early screening can reduce final testing needs.

The Inorganic Ventures team members answer more listener questions relevant to trace analysis. They address low mercury recovery at 2 ppb, noting mercury instability in nitric acid, adsorption to plastic, options such as preparing in HCl or stabilizing with ~1 ppm gold. They explain detection limit calculations using calibration data and blank replicates & distinguish instrument vs method detection limits, with suggestions to improve precision and sensitivity via conditions and sample introduction components. For heavy metals in blood studies, they warn of vacutainer/polypropylene contamination and recommend vessel leaching or vessel blank studies. Finally, they describe pH product certification against NIST standards, potential meter entry limitations, and temperature effects on calibration.

The Inorganic Ventures team answers listener questions focused on pharmaceutical elemental impurity analysis by ICP-MS. They explain why an indium internal standard becomes unstable in high-pH matrices due to insoluble hydroxide formation and how EDTA complexation can stabilize indium when used for iodine analysis. They discuss mercury washout problems caused by volatility, adsorption to sample introduction surfaces, memory effects, and redox/speciation, and emphasize proper rinse sequencing and the roles of chloride-based rinses and specialty solutions like ICP True Rinse to prevent carryover and failed QC checks. They address poor gold recovery during heated prep due to adsorption, reduction, and volatility. Finally, they advise diluting working standards in matrices that match samples while considering element stability and compatibility in stock matrices.

This week on Bench Boost Mike, Autumn, Micah, and Josh discuss common ICP-OES/ICP-MS issues in mining analyses and how to troubleshoot them by separating sample-prep from instrument root causes. Key sample-prep problems include incomplete digestion of refractory minerals, loss of volatile analytes, spitting, and adsorption/instability during transfers. They review contamination before jumping into issues borne from instrument assays; covering the topics of matrix effects from high TDS & mitigation via dilution, internal standards, matrix matching, and more. They also note how physical effects will impact nebulization or transport efficiency. QC pitfalls with non-matrix-matched standards, internal-standard limitations, and the importance of representative CRMs are discussed before the team provides a structured troubleshooting checklist including blanks, duplicate agreement, spike recovery, dilution linearity, and multi-wavelength/isotope agreement.

This week on Bench Boost Mike, Autumn, and Thomas dive deep into validation procedures for ICP-OES and ICP-MS methods. They discuss the importance of planning validation parameters early, understanding sample matrices & analyte levels, and achieving complete dissolution via appropriate digestions. They review the seven key validation parameters of accuracy, precision, detection limits, linearity, selectivity, robustness, and stability. They also outline best quality control practices including analyzing blanks, CCVs, duplicates, spikes, and implementing control charts.

This week on Bench Boost the team from Inorganic Ventures discusses avoiding precipitation during sample preparation. They review mining sample challenges including high concentrations of Ca, Fe, Al, & silicates, sulfate-rich matrices forming insoluble sulfates, and rare earth elements requiring a more acidic matrix. Thomas explains how hydrolysis leads to insoluble metal hydroxides and reviews prevention strategies. Liv outlines how to use Ksp and how temperature effects compound solubility. Lastly, Autumn covers alternative ligands, such as EDTA, for higher pH stability.

This week on Bench Boost on team spotlights mining analysis challenges on ICP-MS due to high total dissolved solids, aggressive digestions, and low-ppb targets requiring interference control. They review ICP-MS interference types, giving examples such as ArO on Fe, and ArCl on As. The team explains how collision cell (helium KED) is used to reduce polyatomics and how reaction cell gases are used for mass-shifting analytes or interferences. Finally, they discuss triple-quad ICP-MS principles for stronger mitigation and share method-planning tips: isotope tables, chloride/oxide checks, survey scans, dilution/argon dilution for TDS, matrix matching (including HCl), calibration choices, and internal standards.

This week on Bench Boost our team reviews special considerations for measuring lithium by ICP-OES and ICP-MS. They discuss common lithium sample types and preparation guidance. Autumn emphasizes the impact of high total dissolved solids (TDS) and easily ionizable elements (EIEs) causing plasma ionization-balance shifts and signal suppression for some sample types. Additional tips include selecting appropriate internal standards, choosing suitable emission lines, and avoiding error propagation during large dilutions. 

In this episode of Bench Boost our team revisits method detection limits (MDLs) with a focus on why mining applications often produce higher MDLs than expected. Autumn contrasts instrument detection limits with method detection limits, which reflect real sample matrices, interferences, and method variability. Liv explains mining-specific drivers of elevated MDLs, including aggressive sample preparation and impacts from dilution and high total dissolved solids. Mike closes the episode this week by discussing practical ways to improve MDLs.

In this episode of Bench Boost, Mike, Autumn, and Thomas discuss the differences between axial and radial views when using ICP-OES instruments. The focus is on how each view will impact precision, sensitivity, detection limits, and more. Our team compares which view is more prone to background interferences and which better handles complex samples with high concentrations of total dissolved solids. The episode also covers the challenges of analyzing mining samples including common matrix effects and spectral interferences, and provides guidance on when to use each view for optimal accuracy.

In this episode of Bench Boost our team focuses the discussion on metal cyanide chemistry. The discussion revolves around how cyanide leaching is used in mining for extracting precious metals like gold and silver. Challenges and considerations for ICP analysis, including matrix matching, are highlighted, along with a brief review of safety protocols for handling cyanide. The episode details Inorganic Ventures' expertise in manufacturing customized and stable standards to ensure accurate elemental analysis for these challenging cyanide matrices.

In this episode of Bench Boost, our team reviews the challenges and solutions related to measuring Platinum Group Metals (PGMs) using ICP Mass Spectrometry (ICP-MS). We discuss issues like signal stabilization, sample preparation, and washout problems. They provide practical tips such as the importance of proper sample preparation, ensuring the correct use and aging of Aqua Regia, managing signal stabilization through appropriate tubing and rinse solutions, and effective strategies for washing out platinum group metals. The episode highlights how these metals, due to their unique properties, often require specialized techniques for accurate analysis.

In this episode of Bench Boost our team discuss the intricacies of digesting and analyzing rare earth element ore samples. This week we cover challenges such as complex spectra, reaction chemistry, and the need for careful sample preparation. Different methods like fusion and acid digestion are explored for effectively getting rare earth elements into solution. The podcast also delves into instrumentation challenges using ICP-OES and ICP-MS, as well as the importance of calibration standards and matrix matching.

In this episode of Bench Boost our team compares the differences between ICP-OES and ICP-MS and their applications in the mining industry. They share insights on when to choose one technique over the other based on factors like detection limits, sample concentration, matrix effects, and throughput needs. ICP-OES is recommended for higher concentrations and robust applications, while ICP-MS excels in trace element analysis. They also advise on sample preparation and the benefits of using both techniques for accurate results. 

This week on Bench Boost our team discusses the importance of custom certified reference materials (CRMs) in precision elemental analysis, particularly in the mining industry. This episode features a continuation of the previous week's discussion on matrix match standards, focusing on the benefits of using custom CRMs. Thomas, Ashley, Liv, and Mike explain how custom CRMs improve accuracy, efficiency, and reduce errors in analytical labs.

In this episode of Bench Boost our team discusses the importance of matrix matching standards to samples in the mining industry. They explore the benefits and applications of using stock single element, and multi-element CRMs for accurate precision elemental analysis. The team delves into the challenges of matrix mismatches, particularly in complex, high-concentration acid and total dissolved solids samples, and offer practical tips for designing effective working standards. They highlight the advantages of using stock and custom standards, emphasizing the need for accurate standard preparation and proper matrix matching to ensure reliable results.

The week our team recaps the “Back to Basics” series on Bench Boost. They discuss topics covered in previous episodes, including pipetting, instrumentation, calibration standards, stability, solubility, lab math, detection limits, and plasma fundamentals. Liv highlights the importance of proper sample preparation and pipetting techniques. Thomas explains the selection of appropriate instrumentation like AA, ICP-OES, and ICP-MS, and the necessity of instrument tuning, calibration, and performance checks. Autumn revisits essential lab math formulas and the principles of plasma in elemental analysis. The chemists emphasize that understanding the entire analytical workflow is crucial for obtaining accurate and precise data.

In this episode of Bench Boost, our team discusses the versatility and utility of 3D printers in the lab. They delve into the various uses of 3D printing, such as fabricating custom parts, prototyping solutions, and creating unique lab tools. The team explains the two main types of 3D printers (FDM and SLA) and the materials they use. They share practical examples of how 3D printing has solved specific problems in their lab, like creating custom auto-sampler racks and holders. Additionally, they discuss the potential drawbacks and limitations, focusing on material compatibility and precision requirements. The conversation also touches on personal uses of 3D printers for making toys and gifts, highlighting the broad applicability and creativity that 3D printers enable.

In this episode of Bench Boost, Ashley, Liv, and Mike delve into the fundamentals of how the plasma functions in ICP-OES and ICP-MS instruments. They explain the process of plasma interaction with sample aerosols, covering steps from desolvation to ionization. The discussion also includes the structure of plasma, its temperature variations, and how it can be manipulated by adjusting gas flow and RF power. They highlight the importance of ionization buffers and the differences between axial and radial viewing. The team concludes this week with an overview of cool plasma techniques in ICP-MS applications.

In this episode of Bench Boost, our team answers various listener questions on topics such as the use of Unisolv reagents for rare earth element analysis, best practices for replacing leaching solutions, digestion protocols for iron in rabbit brain tissue, interferences in Indium analysis by ICP-OES, and safe analysis of samples prepared with HF. The discussion provides practical advice and technical insights into digestion processes, sample contamination, and equipment compatibility with HF.

In this episode of Bench Boost, our team discusses detection limits. They cover the differences between instrument detection limits and method detection limits, detailing how each is calculated and the importance of optimizing conditions to achieve the lowest possible detection limits. The discussion includes practical tips for enhancing detection limits through sensitivity adjustments, stable measurements, and proper sample preparation. The need for periodic reevaluation of detection limits to maintain accuracy as instruments age and methods change is also highlighted.

In this episode of Bench Boost Mike, Ashley, Autumn Phillips, and Liv discuss food testing procedures for trace metals with a focus on Thanksgiving, talking how to best analyze turkey brine. They cover various technical considerations, including dilution factors, contamination avoidance, and proper sample preparation techniques for accurate measurement. Specific methods recommended by the FDA, such as EAM 4.4 and 4.7 for multi-element analysis using ICP-OES and ICP Mass Spec, are discussed in detail. The episode includes practical tips like using high-purity water and acids to prevent contamination, running method blanks, and employing matrix matched standards. The team also shares their favorite Thanksgiving foods, adding a personal touch to the technical discussion.

In this episode of Bench Boost, Mike, Ashley, Autumn, and Liv discuss fundamental laboratory math. They cover essential formulas used in elemental analysis, including the C1V1=C2V2 formula for preparing solution standards, calculating dilution factors, and performing serial dilutions. They also explain percent recovery as a method accuracy check and contrast the units of PPM and PPB. The discussion includes molarity, its importance in chemistry experiments, and how to convert concentration units for accurate solution preparation. The episode aims to clarify common mathematical concepts used in lab settings and provide guidance on these calculations.

In this Back-to-Basics episode, Mike is joined by Support Chemist Ashley Jones, R&D Chemist Autumn Phillips, and Stock Production Manager Thomas Kozikowski to break down the fundamentals of solubility—how much of a compound can dissolve, what happens when stable solutions suddenly form solids, and how to predict and prevent precipitation in analytical work. Using examples like calcium carbonate, the team walks through concepts like Ksp, ion products, the common-ion effect, and Le Châtelier’s Principle, showing how factors like pH, complexation, and dilution can shift equilibria and maintain clear, stable solutions.

Whether you’re troubleshooting cloudy standards, designing CRMs, or perfecting your dilutions, this episode explains how understanding solubility at a molecular level leads to more reliable results in the lab.

Tune in and get back to basics with Bench Boost!

In this special episode, Mike is joined by Technical Support Chemist Ashley Jones, R&D Chemist Autumn Phillips, and Production Manager Thomas Kozikowski to recap Inorganic Ventures’ 10th Annual ICP Conference. Held at IV’s headquarters in October, the event brought together scientists, partners, and guests for three days of presentations, hands-on labs, and collaboration. The team reflects on standout sessions covering topics like microwave digestion, ICP instrument maintenance, calibration curves, internal standards, and trace metals analysis, as well as the hands-on demos and lab tours that made this year’s conference unforgettable.

Whether you attended in person or are tuning in from afar, this recap captures the highlights, insights, and energy from a decade of IV’s ICP Conference.

Tune in and relive the celebration with Bench Boost!

In this episode, Mike is joined by Support Chemist Ashley Jones and Stock Production Manager Thomas Kozikowski to tackle listener-submitted questions from the lab. First, they unpack whether a standard additions curve from one sample can be applied to others—exploring when it’s valid, what risks come with instrument drift, and why true matrix matching matters. Then, they take on a tough scenario: how to handle high-throughput analysis of true unknown mineral samples using ICP-OES and ICP-MS. From digestion techniques and fusion methods to internal standard selection, interference management, and data review strategies, the team offers practical solutions for demanding analytical workflows.

If you’ve ever faced the challenge of balancing accuracy with efficiency in the lab, this episode is a must-listen.

Tune in and get expert guidance straight from the bench with Bench Boost.

In this episode of our Back-to-Basics series, we explore solution stability — why metals sometimes fall out of solution and how to prevent it. Joined by Support Chemist Ashley Jones and Stock Production Manager Thomas Kozikowski, Mike breaks down the chemistry behind hydrolysis, charge density, and how acid strength and complexing agents like chloride and fluoride can stabilize your standards. The team also revisits Le Chatelier’s Principle, showing how equilibrium shifts can be used to keep metals dissolved and prevent unwanted precipitates.

Whether you’re troubleshooting cloudy standards or refining your solution prep techniques, this episode offers practical chemistry insights you can apply directly in the lab.

Tune in and discover the science behind solution stability with Bench Boost!

In this episode, we tackle real-world technical support questions submitted by listeners. Joined by R&D Chemists Liv Forbes & Autumn Phillips and Tech Support Chemist Ashley Jones, we explore three unique challenges:

• Stabilizing nitrite (NO₂) standards for ion chromatography and why pH control is the key to preventing unwanted oxidation.
• Calculating tolerance intervals, including how to use statistical tools to set confident, population-based limits in your data.
• Troubleshooting tungsten recovery in high-molybdenum matrices on ICP-OES, covering the role of internal standards, acid chemistry, and smarter wavelength selection.

From practical lab prep tips to advanced troubleshooting insights, this episode is packed with knowledge you can put into action right away.

Tune in and boost your technical know-how with Bench Boost!

In this episode of our Back to Basics series, we explore the critical role of tuning solutions, check solutions, and calibration standards in ICP-OES and ICP-MS. Joined by R&D Chemists Liv Forbes & Autumn Phillips and Tech Support Chemist Ashley Jones, we break down why proper calibration and routine checks are essential to maintaining instrument performance and ensuring accurate, reliable data. From wavelength and mass calibration to tuning for sensitivity and minimizing interferences, to building stable, well-matched calibration standards—this conversation covers the practices that keep your results trustworthy.

Whether you’re fine-tuning methods or setting up your lab for long-term success, this episode delivers the knowledge you need to keep your instruments performing at their best.

Tune in and strengthen your fundamentals with Bench Boost.

In this episode, part of our Back to Basics series, we dive into three of the most widely used elemental analysis techniques: Atomic Absorption (AA), ICP-OES, and ICP-MS. Joined by R&D Chemists Liv Forbes & Autumn Phillips and Tech Support Chemist Ashley Jones, we break down how each method works, where they excel, and the challenges that come with them. From AA’s simplicity and cost-effectiveness, to the multi-element strength of ICP-OES, to the ultra-trace detection power of ICP-MS, we cover the pros, cons, and practical considerations for each technique.

Whether you’re deciding which instrument is right for your lab, or just want to sharpen your understanding of elemental analysis, this episode is packed with insights to help guide your decision-making.

Tune in and get back to basics with Bench Boost!

This week we’re celebrating a huge milestone—our 100th episode! To mark the occasion, we’re kicking off a brand-new Back to Basics series with a focus on pipetting—the foundation of accurate lab work. Joined by R&D Chemists Liv Forbes & Autumn Phillips and Tech Support Chemist Ashley Jones, we break down common pipetting errors, compare manual vs. electronic pipettors, and share essential tips for mastering technique. From pre-wetting tips to proper immersion depth, pipette angle, and the importance of blow-out, we cover the small details that make a big difference in precision.

Whether you’re a seasoned lab pro or just starting out, this special milestone episode will help sharpen your skills and improve the reliability of your results.

If you have any questions, then please contact us at ivignite@inorganicventures.com

Tune in, celebrate with us, and take your lab techniques to the next level with Bench Boost!

In this episode of Bench Boost, host Mike Booth is joined by R&D Chemists Liv Forbes and Madeline Gozzi to answer technical support questions straight from graduate students in the lab. From tackling the stubborn insolubility of silver chloride to mastering rapid zeolite digestion with the UniSolv method, the team breaks down the chemistry and offers practical, lab-ready solutions.

Key topics include:

• Why silver chloride resists dissolution — and how excess chloride shifts the equilibrium
• Practical digestion strategies for stabilizing silver in solution
• An overview of the UniSolv method for fast, five-minute zeolite digestion
• Best practices for preparing blanks and standards in matrix-matched conditions

In this episode of Bench Boost, host Mike Booth is joined by R&D Chemists Liv Forbes and Madeline Gozzi to unpack two common technical support questions. From concerns about the radioactivity of uranium and thorium standards to troubleshooting unstable tin recoveries in food analysis, the team shares practical solutions and clear explanations you can bring back to your lab.

Key topics include:

• Radioactivity levels of uranium and thorium standards — why they’re safe to handle
• How bottle size and concentration impact measured activity
• Why tin shows instability in certain food matrices
• Practical digestion and stabilization strategies to improve Sn results

In this episode of Bench Boost, host Mike Booth sits down with R&D Chemists Liv Forbes and Madeline Gozzi to dive into real-world technical support questions from the lab. From the tricky behavior of mercury in cannabis matrices to the best way to store custom blend standards, the team shares practical advice and insights you can apply directly to your work.

Key topics include:

• Challenges in mercury analysis on ICP-MS — washout, volatilization, and matrix effects
• Practical troubleshooting tips for improving accuracy with mercury standards
• Storage guidelines for custom blends, including when refrigeration is helpful
• How TCT packaging extends stability and shelf life of standards

In this episode, the Inorganic Ventures team continues their overview of SEAL-compatible Discrete Analyzer Reagents—this time focusing on four essential nutrient and anion methods: chloride, sulfate, phosphate, and ammonia.

Ashley Jones and Liv Forbes break down the key reactions behind each method, including:

• The iron thiocyanate reaction for chloride
• Turbidimetric analysis of sulfate via barium sulfate formation
• The molybdenum blue reaction for phosphate
• A safer variant of the Berthelot reaction for ammonia

They also share storage tips, instrument compatibility notes, and how to adapt these reagents for non-SEAL platforms.

In this episode, the team dives into colorimetric methods for silica and nitrate analysis using SEAL Discrete Analyzer Reagents developed by Inorganic Ventures. Ashley Jones and Liv Forbes walk through the chemistries behind the molybdate silica method, cadmium coil nitrate reduction, and hydrazine-based nitrate reduction—along with practical maintenance tips for keeping your reduction efficiency in check.

They also discuss how to adapt these reagents for non-SEAL instruments, important considerations like pH and matrix matching, and which IV standards pair best with each method.

Platinum may be one of the easier precious metals to dissolve—but that doesn’t mean it’s easy to analyze.

In this episode, the team walks through sample prep strategies for a range of platinum-containing materials, including metals, alloys, oxides, ores, and organic matrices. They also cover the most reliable wavelengths and isotopes for ICP-OES and ICP-MS, while flagging key interferences like nickel, tungsten, and mercury, as well as tricky chloride-based polyatomics.

Need more guidance? The full prep guide is available on our website.

Colorimetric chemistry may seem simple, but getting reliable results takes precision.

In this episode, the team breaks down the fundamentals of colorimetric methods, from basic indicators to more advanced workflows using benchtop spectrometers and discrete analyzers. They compare the pros and cons of each approach, share practical advice for pipetting accuracy, and highlight industries (like environmental, food, and pharma) where these methods are still essential.

Plus, Liv and Ashley share tips on reagent handling, photosensitive reactions, and instrument setup to help labs get the most from their colorimetric testing—whether you're working with pool water or cyanide.

In this episode, the team dives into palladium sample preparation for a variety of matrices—metals, alloys, oxides, organics, and ores—highlighting the best acid choices and digestion strategies from our sample prep guide.

The team also discusses common challenges when analyzing palladium using ICP-OES and ICP-MS, including isobaric and polyatomic interferences, oxide formation, and how trace organics can destabilize your results.

Need more guidance? The full prep guide is available on our website.

In this episode, the Inorganic Ventures technical team answers real questions from labs in the field—covering environmental contamination solutions, rare earth stability, acid purity, and practical tips for improving detection limits. It’s an inside look at how small changes in setup and prep can make a big difference in data quality.

Nickel is common across many sample types, but prepping and testing it isn’t always straightforward.

In this episode, Liv Forbes joins Mike Booth to walk through Inorganic Ventures’ sample preparation strategies for nickel, covering dissolution tips for metals, alloys, oxides, ores, and organic matrices. They also dig into the challenges of ICP-MS analysis, including isobaric and polyatomic interferences, and share how to reduce contamination risks during sample handling.

For labs working with nickel in alloys, catalysts, or environmental samples, this one’s packed with practical advice you can apply right away.

This week, we’re introducing a new method developed at Inorganic Ventures for analyzing oil samples using aqueous metal standards in a hybrid organic-aqueous solvent matrix—a solution that brings stability, cleaner data, and wider element compatibility to wear metals testing.

Madeline Gozzi joins Mike to explain how this method was designed to align with ASTM 5185 and 6595, and how our proprietary solvent is improving lab workflows with better solubility, built-in internal standards, and cleaner sulfur analysis. They also break down real-world validation efforts, including testing with NIST SRMs, dirty motor oil, and even biodiesel feedstocks.

The method is now available for beta testing. Tune in to learn more.

Iridium is one of the most chemically stubborn—and analytically important—precious metals. In this episode, we walk through key methods for getting iridium metal, oxides, and alloys into solution, including aqua regia, high-temperature chlorination, and fusion techniques. We also cover ICP-OES and ICP-MS testing considerations, including line selection, interference management, and typical detection limits.

The team also shares the story behind the development of IV’s SI-traceable Iridium PCRM, created to address the lack of a NIST SRM and reduce uncertainty for labs that depend on high-purity standards.

We’re back with a preview of our 10th Annual ICP Conference, taking place October 14–16, 2025, at Inorganic Ventures.

In this episode, you’ll hear what’s new this year—including hands-on lab stations, data analysis workshops, and expert talks on sample prep, contamination control, and method validation. We also share attendee feedback from past events, a look at the upcoming poster session, and a few social highlights you won’t want to miss.

🎟️ Registration is open! Space is limited, so save your spot now!

In this episode, the team answers three timely tech support questions from the lab. First, we cover palladium stability in nitric acid and what to watch for when mixing it with elements like silver or antimony. Then, we walk through a quick, effective digestion method for zeolites, developed by Dr. Paul Gaines and featured in our elemental analysis guide. Finally, we share an update on our new discrete analyzer reagents — developed in partnership with Seal Analytical — and how they can be used with other instrument brands.

Want to learn more about our ready-to-use reagents? Check out the method chemistry one-sheets on our website or contact our team for help finding the right solution for your analyzer. Learn more.

In this episode, the team recaps a busy season of spring seminars across the country in partnership with CEM, Agilent, and other ICP Alley collaborators. From Santa Clara to Baton Rouge, our chemists share what they presented, what they learned, and the real-world questions they answered — from mercury washout and silicon rinsing to internal standard selection and leaching practices.

They also reflect on what made these events so valuable: industry collaboration, hands-on instrument demos, and face-to-face connections with fellow chemists. Whether you attended or missed the tour, this episode gives you a behind-the-scenes look at how these seminars are helping labs tackle trace analysis challenges with more confidence.

In this episode, we explore the challenges of working with rhodium, one of the rarest and most expensive elements used in analytical testing. From metal and oxide digestions to stability tips for nitric and hydrochloric matrices, our team shares methods to help you get this stubborn element into solution. We also cover ICP-OES and ICP-MS testing considerations, including line selection, common interferences, and why rhodium is a popular choice as an internal standard. Whether you're preparing standards or troubleshooting rare element analysis, this episode offers practical advice to improve your results.

Our experts tackle three customer questions straight from the tech support inbox. We start by explaining why glass isn’t a good choice for storing or diluting lithium hydroxide and offer tips on selecting the best materials to avoid contamination. Next, we clarify how measurement uncertainty and RSDs relate to the limit of quantification, helping you understand what your data is really telling you at trace levels. Finally, we review our CCS and CMS stock standard series, including why they’re split the way they are and what to watch for when combining them in custom mixes.

To kick off season 6, we continue our sample prep series with a focus on cobalt. Our team discusses digestion methods for cobalt metals, alloys, oxides, and ores, including when to use nitric acid, hydrochloric acid, or fusion techniques. We also cover testing considerations for ICP-OES and ICP-MS, including cobalt’s sensitivity, common interferences, and its role as an internal standard in oil and coolant analysis. Plus, hear tips for handling cobalt in pharmaceutical testing and learn about the resources available on our website to support your method development.

In this episode, we sit down with Bench Boost listener and instructional designer Alexa Jackson to talk about career growth, chemistry communication, and her journey from academia to the battery industry. Alexa shares valuable advice for early-career chemists, including tips for writing lab notebooks your future self will thank you for, building scientific intuition, and embracing continuous learning.

She also gives us a behind-the-scenes look at her latest work with Pestana Solutions and the launch of Nanoverse Battery Courses, a resource designed to make battery science more accessible and engaging for STEM professionals.

Looking to continue the conversation? Connect with Alexa on LinkedIn to follow her work in chemistry education and the battery industry.

In this solo episode, Mike dives into titrations — a method that's still essential across industries like environmental testing, manufacturing, and even winemaking. Learn tips for improving accuracy, from proper burette qualification and indicator usage to endpoint detection techniques like quick drops vs. full drops. Mike also shares common troubleshooting advice for colorblindness in titrations, sliding endpoints, and working with high-concentration samples.

This episode takes a fun detour into the world of chemistry conspiracy theories! Mike Booth explores the science behind chemtrails vs. contrails and explains how you could actually test for elements like aluminum, barium, lead, and lithium in air samples using ICP-OES and ICP-MS. Learn practical tips for sample collection, how to avoid common interferences, and why trace analysis requires extra care with contamination control.

In this episode, we tackle unexpected high recoveries, caused by internal standard signal timing during ICP analysis. Then we unpack a challenging multi-element blend, involving silver, tungsten, sulfur, rare earths, and more — plus how acid choices and order of addition impact stability. Finally, we dig into a sample prep puzzle for chloride analysis in iron phosphate, offering digestion strategies, matrix compatibility tips, and insights from Dr. Paul Gaines.

These real-world cases are packed with lessons to improve your prep, analysis, and problem-solving in the lab.

In this episode, we dive into two real-world stability challenges from our lab. First, we explore a custom tune solution prepared in dilute ammonium hydroxide for ICP-MS, designed to improve lab efficiency. Learn how it performed over time and how to use it effectively for short-term use. Then, we dig into an unexpected silver instability in a low-level multi-element blend — traced back to residual chloride from chromium prep.

From method design to trace contamination troubleshooting, this episode is full of practical lessons for anyone working with custom solutions or chasing long-term stability.

Experiencing issues in your prep or analysis? This episode is full of practical advice to keep your data on track.

Learn how to improve mercury recoveries, including best practices for stabilization in different matrices and container types. We also dive into designing high-concentration multi-element blends, highlighting unexpected incompatibilities and how acid concentration impacts stability. Finally, we discuss anion and IC standard preparation, covering pH control, contamination risks, and tips for preventing nitrite degradation and microbial growth.

In this episode, we wrap up our glossary discussions with a focus on element speciation — why ICP alone can't distinguish oxidation states and how chromatography can help. We also break down working solutions, explaining how to properly dilute stock standards for analysis. Plus, we discuss matrix effects, covering signal suppression, ionization buffers, and why matrix matching is critical for accuracy.

In this episode, we continue exploring key terms in elemental analysis, focusing on calibration standards, how they establish accuracy, and why they are essential for reliable results. We also cover internal standards, their role in correcting matrix effects, and best practices for selecting them. Finally, we dive into blank corrections, breaking down calibration blanks, reagent blanks, and method blanks — critical tools for improving data accuracy.

Fresh from Pittcon 2025, we’re recapping the biggest moments, key industry insights, and what made ICP Alley a must-visit destination! Hear about our experience connecting with customers, tackling live tech support questions, and catching up with industry partners. Plus, we dive into new trends in sample introduction, instrument developments, and technical challenges analysts are facing today.

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.

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.

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!

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!

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!

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!

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!

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.

Struggling with washout issues in your ICP analyses? This episode is packed with solutions. We break down why certain elements stick around longer, the best rinse solutions for different challenges, and how to optimize your setup for cleaner results. From tackling HF elements and nitric-sensitive analytes to tips for using ICP TrueRinse, we cover it all. Whether you’re fine-tuning your methods or troubleshooting sticky elements, this episode is your guide to eliminating carryover and boosting accuracy in your lab.

This episode focuses on the rare and fascinating element ruthenium and osmium, two members of the platinum group metals. Learn the best methods for dissolving these challenging metals using fusion techniques, how to prevent the formation of volatile tetroxides, and key strategies for maintaining stability in solution. We also explore testing considerations for ICP-OES and ICP-MS, including managing interferences and ensuring accurate results in trace analysis.

Learn more about our sample prep guides.

Iron is one of the most common and challenging elements to handle in the lab, both as a key analyte and as a potential contaminant. In this episode, we tackle the nuances of working with iron in the lab. From avoiding contamination in your tools and reagents to selecting the right acid combinations for dissolving metals, alloys, and oxides, we cover it all. Discover how to maintain stability in solution and manage the spectral complexity iron brings to both ICP-OES and ICP-MS.

Learn more about our sample prep guides.

In this episode, we explore the rare yet versatile element rhenium, used in high-temperature applications like turbine blades and jet engines. Learn how to effectively prepare rhenium samples, including best practices for dissolving metals and handling oxides through fusion techniques. We also cover tips for testing on ICP-OES and ICP-MS, with insights on avoiding interferences from rare earth elements and osmium.

Learn more about our sample prep guides.

This episode focuses on manganese, an essential but often overlooked element in sample preparation and ICP analysis. Learn how manganese behaves in various matrices, from metals and alloys to oxides and organics, and discover tips for avoiding contamination during sample prep. We explore effective dissolution techniques using nitric and hydrochloric acids, strategies to stabilize manganese in solution, and how to manage interferences in ICP-OES and ICP-MS testing.

Learn more about our sample prep guides.

This episode explores the challenges and solutions for working with tungsten in sample preparation and ICP analysis. Learn effective techniques for dissolving tungsten metals, alloys, and oxides, including the critical role of HF for stability. We also cover tips for avoiding hydrolysis and preventing tungsten trioxide formation. On the testing side, discover how to manage spectral interferences in ICP-OES and ICP-MS, along with strategies for addressing tungsten's notorious carryover issues.

Learn more about our sample prep guides.

This episode unpacks the complexities of preparing and analyzing molybdenum samples across various matrices. From metals and alloys to refractory oxides and biological samples, we explore effective methods for dissolution and stability. Learn about molybdenum’s unique behavior, such as its compatibility with ammonium hydroxide matrices and its interactions with HF. Discover tips for avoiding interferences in ICP-OES and ICP-MS testing, including dealing with complex oxide and chloride interferences.

Learn more about our sample prep guides.

This episode dives into the challenges and nuances of preparing and analyzing chromium samples. From understanding the differences between chromium’s oxidation states to effective methods for dissolving metals, oxides, and ores, we cover it all. Learn why chromium resists corrosion, how to avoid refractory oxides in organic matrices, and tips for testing Cr using alternative techniques like ion chromatography and UV-Vis. Whether you’re tackling sample prep or troubleshooting interferences in ICP analysis, this episode is packed with practical insights to ensure accuracy and reliability in your results.

Learn more about our sample prep guides.

This episode focuses on the intricacies of preparing and analyzing samples containing niobium and tantalum, two elements with similar geochemistry and behavior. Learn effective methods for dissolving metals, alloys, and oxides using techniques such as HF stabilization and fusion methods, while addressing challenges like signal quenching and purity issues. Discover best practices for ICP-OES and ICP-MS testing, including how to manage interferences from tungsten and rare earth oxides. This episode is packed with actionable insights for anyone working with these unique and often tricky elements.

Learn more about our sample prep guides.

In this episode, we explore the versatile and "colorful" chemistry of vanadium in sample preparation and analysis. Learn about effective methods for dissolving vanadium metals, alloys, and oxides, including tips on handling its various oxidation states. Discover practical advice for working with vanadium in different matrices, stability insights, and unique color-change indicators that can help you assess sample prep success. With vanadium being straightforward to test on ICP-OES and ICP-MS, this episode highlights everything you need to achieve reliable results with this stable element.

Learn more about our sample prep guides.

This episode explores best practices for preparing and analyzing samples containing zirconium and hafnium. Discover the unique challenges these "geochemical twins" present, from handling metals and oxides with HF to using sodium carbonate and tetraborate fusions. Learn how to maintain stability in solution and avoid common ICP interferences, especially when working with trace elements. Perfect for labs tackling complex matrices, this episode offers essential insights for reliable results in zirconium and hafnium analysis.

Learn more about our sample prep guides.

This episode covers essential methods for handling titanium in sample prep and analysis, from dissolving titanium alloys and oxides to stabilizing it in solution. Explore the unique challenges of working with titanium, including the need for careful HF handling and tips for preventing hydrolysis. Discover effective techniques for ICP-OES and ICP-MS testing, along with ways to navigate common interferences from elements like scandium and vanadium. This guide will help labs ensure accuracy and stability in titanium analysis, making it a valuable resource for both novice and experienced analysts.

Learn more about our sample prep guides.

This episode delves into the complexities of preparing and analyzing samples containing thorium and uranium. Learn how to effectively dissolve metal and oxide samples and explore stability challenges related to HF sensitivity and acid compatibility. We also cover essential ICP-OES and ICP-MS testing strategies, including handling uranium isotopes and understanding the nuances of depleted versus natural uranium sources. Whether you're ensuring accurate results in ICP analysis or navigating radioactive materials, this episode provides valuable insights to enhance your lab's capabilities.

Learn more about our sample prep guides.

In this episode, our experts tackle the complexities of working with rare earth elements, from sample prep to interference correction. Listen as they explore methods for dissolving rare earth samples and maintaining stability in solution. The team also delves into the challenges of analyzing rare earths using ICP-OES and ICP-MS, including tips for mitigating oxide interferences and selecting optimal isotopes. Perfect for those dealing with high-purity rare earth samples or navigating their rich spectra, this episode is packed with essential insights for accurate analysis.

Learn more about our sample prep guides.

In this episode, we focus on scandium, a key element used frequently as an internal standard in ICP analysis. The team dives into important considerations for keeping scandium stable in solution and avoiding HF sensitivity. They also discuss testing strategies using both ICP-OES and ICP-MS, including how to manage potential spectral interferences and optimize your setup for accurate results. Whether you work with scandium regularly or are looking to fine-tune your techniques, this episode offers essential insights to help you succeed in the lab.

Learn more about our sample prep guides.

This week, the team discusses the preparation and analysis of samples containing strontium and barium. Discover the similarities between these elements and calcium, from solubility tips to handling HF sensitivity and sulfate contamination risks. The team also provides insights into testing with ICP-OES and ICP-MS, highlighting key interferences to watch for and ways to improve detection limits.

Learn more about our sample prep guides.

In this episode of Bench Boost, we explore the best practices for preparing and analyzing samples containing Calcium. From solubility tips to handling trace levels, this episode covers everything you need to know to keep calcium stable in solution and ensure reliable results. We also dive into testing techniques, with insights on using ICP-OES and ICP-MS for calcium detection, including dealing with interferences and optimizing detection limits. Perfect for labs looking to refine their calcium analysis methods.

Learn more about our sample prep guides.

Mike Booth is back with guests Ashley Jones, Liv Forbes, and Autumn Phillips, as they walk you through the critical aspects of preparing magnesium samples—whether you're dealing with metals, oxides, or complex minerals like dolomite. Learn how to avoid common pitfalls such as vigorous reactions during dissolution, potential contamination, and handling HF in your processes. The team also discusses the minimal interferences magnesium faces in both ICP-OES and ICP-MS, making it an easier element to manage in the lab. Perfect for analysts looking to refine their techniques and ensure stable, reliable results in magnesium analysis.

Learn more about our sample prep guides. 

Host Mike Booth, along with Tech Support Chemist Ashley Jones and R&D Chemists Liv Forbes and Autumn Phillips, discuss the straightforward yet crucial steps to ensure beryllium remains stable in solution. Learn about the acids and methods best suited for different beryllium sample types, how to prevent hydrolyzation, and the key considerations for testing beryllium using ICP-OES and ICP-MS. Whether you're new to working with beryllium or looking to refine your approach, this episode offers valuable insights for achieving reliable results.

Learn more about our sample prep guides. 

In this episode of Bench Boost, we focus on the essential techniques for preparing samples containing group 1 elements: lithium, sodium, potassium, rubidium, and cesium. Host Mike Booth is joined by Tech Support Chemist Ashley Jones and R&D Chemists Liv Forbes and Autumn Phillips to discuss the specific challenges these elements pose. From handling reactive metals to dealing with contamination risks, our experts share practical tips to ensure accurate ICP analyses. Discover the best practices for working with different sample types, managing chemical compatibility, and mitigating interferences, all while achieving reliable, clean results in your lab.

Learn more about our sample prep guides.

This week on Bench Boost, we wrap up our conversation with CEM Corporation’s Macy Harris and Elaine Hasty. The focus is on overcoming two major hurdles in microwave digestion: contamination and method development. Macy and Elaine provide actionable advice on how to minimize contamination in the lab and select the right acid chemistry for your samples. They also discuss how CEM’s microwave technology has helped labs improve throughput and achieve lower detection limits. Whether you’re new to microwave digestion or looking to optimize your process, this episode offers essential guidance from industry experts.

This week on Bench Boost, Mike is joined by Macy Harris and Elaine Hasty from CEM Corporation to discuss the benefits of microwave digestion technology. Discover how switching from traditional hot block digestion to microwave can save time, increase consistency, and even eliminate the need for hazardous chemicals like perchloric acid in many cases. Macy and Elaine also walk us through CEM’s latest microwave digesters and offer tips on choosing the right system for your lab’s needs. Don’t miss this insightful conversation packed with tips for optimizing your sample preparation process.

Our experts are back this week to tackle more of your pressing technical questions. They discuss key topics such as extending the shelf life of your CRMs, identifying and correcting ICP-MS interferences in the challenging mass range of 60-130, and best practices for analyzing bromide on ICP. From understanding the effects of transpiration on your solutions to leveraging isotopic abundance tables for interference management, this episode is packed with valuable insights for anyone working in trace analysis.

This week, we're answering some of the most frequently asked questions in the lab. Our R&D chemists, Autumn Phillips and Madeline Gozzi, along with production manager Joey Burns, offer their insights on the best practices for lithium analysis using ICP-OES and ICP-MS. Discover how to handle spectral interferences, the role of ionization buffers, and why tuning your ICP-MS is crucial for accurate results. Plus, learn how to verify the cleanliness of your DI water and avoid contamination from unexpected sources.

In this episode, the team dives into the analytical challenges faced by those working with battery materials, a rapidly growing and complex field. Guest Tyler Farnsworth, PhD, introduces MERGE Chemistry, a division of IV Labs, and shares insights on the company's work in mitigating hydrogen outgassing and improving plating dynamics in long-duration energy storage batteries.

Join us for this engaging and informative episode to gain a deeper understanding of the current challenges and advancements in battery material analysis. 

Tune in to learn about the challenges and solutions when mixing stock blends, the importance of proper storage and handling of reagents for discrete analyzers, and tips for maintaining the stability of combined standards. The team also discusses common issues related to nitrite and nitrate in solutions, offering practical advice on pH adjustments and the best practices for ensuring accurate results.

This week, the team tackles more frequently asked questions about IC. Learn best practices for IC method development, including identifying analytes, selecting the right columns and eluents, and optimizing run conditions. Discover how to determine the best eluent concentration for accurate measurements, and explore strategies to achieve low detection levels for sample analysis.

Stay tuned for next week's episode featuring MERGE Chemistry, where we'll discuss the analytical challenges of measuring trace contaminants in battery materials.

Dive into the basics of Ion Chromatography (IC) and discover its diverse applications, from environmental testing to pharmaceuticals and food & beverage industries. The team addresses common questions, including how to resolve interferences in IC analysis. They share insights on optimizing eluent concentrations, managing column temperatures, and maintaining clean systems to avoid contamination.

This episode is packed with practical tips and expert advice to help you master IC. Join us next week as we continue our deep dive into IC FAQs.

Host Mike Booth, continues the engaging conversation with Ashley Jones, Autumn Phillips, and Joey Burns as they address more of the most frequently asked technical support questions.

In this episode, the team dives into the topic of transpiration and the benefits of TCT (transpiration control technology) bags for maintaining the integrity of your standards. They also discuss best practices for using your standards, including the debate between preparing by weight versus volume, and share tips for effective sample preparation, especially when dealing with challenging materials like zeolites.

For more ICP education, try out our virtual learning academy, IV Ignite.

In this episode, host Mike Booth, Technical Director at Inorganic Ventures, is joined by our knowledgeable team: Ashley Jones, Autumn Phillips, and Joey Burns. Together, they tackle some of the most frequently asked technical support questions about ICP sample preparation and analytical science.

Discover solutions to common challenges with arsenic and mercury, learn about the impact of oxidation states on ICP analysis, and get insights into working with natural abundance versus depleted uranium in standards. 

Join us next week for part 2 as we continue the conversation with more FAQs and practical advice!

Welcome to a brand-new season of Bench Boost! This season, we're thrilled to feature some special guests and answer all of your burning questions. First up, we present a special three-part interview series with Robert Thomas, a renowned expert with over four decades of experience in the field. Rob has written over 100 technical publications, a comprehensive 14-part tutorial series on ICP-MS, and is the editor of the Atomic Perspectives (AP) column in Spectroscopy magazine. He has also authored six textbooks, with his latest, "Practical Guide to ICP-MS and Other Atomic Spectroscopy Techniques: A Tutorial for Beginners," published in October 2023.

In the final interview, Rob talks about his work with the ACS Committee on Analytical Reagents and his editorial contributions to Spectroscopy Magazine. We delve into his collaborative efforts and ongoing projects, shedding light on his significant impact on the field of analytical chemistry and science publishing.

This season, we're thrilled to feature some special guests and answer all of your burning questions. First up, we present a special three-part interview series with Robert Thomas, a renowned expert with over four decades of experience in the field. Rob has written over 100 technical publications, a comprehensive 14-part tutorial series on ICP-MS, and is the editor of the Atomic Perspectives (AP) column in Spectroscopy magazine. He has also authored six textbooks, with his latest, "Practical Guide to ICP-MS and Other Atomic Spectroscopy Techniques: A Tutorial for Beginners," published in October 2023.

In the second episode, Mike & Rob discuss the unique challenges faced by spectroscopists working with pharmaceutical and cannabis samples. Rob shares his insights on the specific issues encountered in these industries and offers practical solutions for overcoming these hurdles.

Welcome to a brand-new season of Bench Boost! This season, we're thrilled to feature some special guests and answer all of your burning questions. First up, we present a special three-part interview series with Robert Thomas, a renowned expert with over four decades of experience in the field. Rob has written over 100 technical publications, a comprehensive 14-part tutorial series on ICP-MS, and is the editor of the Atomic Perspectives (AP) column in Spectroscopy magazine. He has also authored six textbooks, with his latest, "Practical Guide to ICP-MS and Other Atomic Spectroscopy Techniques: A Tutorial for Beginners," published in October 2023.

Join us in the first episode as we sit down with Rob Thomas to explore his illustrious career in atomic and mass spectroscopy. Rob shares his journey, from his early days in the field to becoming a leading voice in the industry. We'll also discuss the origins of his latest textbook and his motivation behind writing it.

Join our host, Mike Booth, and the team as they navigate through the chapters of our comprehensive Trace Analysis Guide, available on our website, to explore the crucial principles of traceability. From understanding calibration techniques to mastering measurement uncertainty, each episode brings you insights from industry experts and practical tips to enhance your analytical skills.

Tune in weekly as we dissect the complexities of trace analysis, chapter by chapter. For more on-demand learning, explore our new virtual ICP academy, IV Ignite, for video courses, downloadable resources, community forums, and so much more.

Join our host, Mike Booth, and the team as they navigate through the chapters of our comprehensive Trace Analysis Guide, available on our website, to explore the crucial principles of traceability. From understanding calibration techniques to mastering measurement uncertainty, each episode brings you insights from industry experts and practical tips to enhance your analytical skills.

Tune in weekly as we dissect the complexities of trace analysis, chapter by chapter. For more on-demand learning, explore our new virtual ICP academy, IV Ignite, for video courses, downloadable resources, community forums, and so much more.

Join our host, Mike Booth, and the team as they navigate through the chapters of our comprehensive Trace Analysis Guide, available on our website, to explore the crucial principles of traceability. From understanding calibration techniques to mastering measurement uncertainty, each episode brings you insights from industry experts and practical tips to enhance your analytical skills.

Tune in weekly as we dissect the complexities of trace analysis, chapter by chapter. For more on-demand learning, explore our new virtual ICP academy, IV Ignite, for video courses, downloadable resources, community forums, and so much more.

Join our host, Mike Booth, and the team as they navigate through the chapters of our comprehensive Trace Analysis Guide, available on our website, to explore the crucial principles of traceability. From understanding calibration techniques to mastering measurement uncertainty, each episode brings you insights from industry experts and practical tips to enhance your analytical skills.

Tune in weekly as we dissect the complexities of trace analysis, chapter by chapter. For more on-demand learning, explore our new virtual ICP academy, IV Ignite, for video courses, downloadable resources, community forums, and so much more.

Join our host, Mike Booth, and the team as they navigate through the chapters of our comprehensive Trace Analysis Guide, available on our website, to explore the crucial principles of traceability. From understanding calibration techniques to mastering measurement uncertainty, each episode brings you insights from industry experts and practical tips to enhance your analytical skills.

Tune in weekly as we dissect the complexities of trace analysis, chapter by chapter. For more on-demand learning, explore our new virtual ICP academy, IV Ignite, for video courses, downloadable resources, community forums, and so much more.

Join our host, Mike Booth, and the team as they navigate through the chapters of our comprehensive Trace Analysis Guide, available on our website, to explore the crucial principles of traceability. From understanding calibration techniques to mastering measurement uncertainty, each episode brings you insights from industry experts and practical tips to enhance your analytical skills.

Tune in weekly as we dissect the complexities of trace analysis, chapter by chapter. For more on-demand learning, explore our new virtual ICP academy, IV Ignite, for video courses, downloadable resources, community forums, and so much more.

Join our host, Mike Booth, and the team as they navigate through the chapters of our comprehensive Trace Analysis Guide, available on our website, to explore the crucial principles of traceability. From understanding calibration techniques to mastering measurement uncertainty, each episode brings you insights from industry experts and practical tips to enhance your analytical skills.

Tune in weekly as we dissect the complexities of trace analysis, chapter by chapter. For more on-demand learning, explore our new virtual ICP academy, IV Ignite, for video courses, downloadable resources, community forums, and so much more.

Join our host, Mike Booth, and the team as they navigate through the chapters of our comprehensive Trace Analysis Guide, available on our website, to explore the crucial principles of traceability. From understanding calibration techniques to mastering measurement uncertainty, each episode brings you insights from industry experts and practical tips to enhance your analytical skills.

Tune in weekly as we dissect the complexities of trace analysis, chapter by chapter. For more on-demand learning, explore our new virtual ICP academy, IV Ignite, for video courses, downloadable resources, community forums, and so much more.

Join our host, Mike Booth, and the team as they navigate through the chapters of our comprehensive Trace Analysis Guide, available on our website, to explore the crucial principles of traceability. From understanding calibration techniques to mastering measurement uncertainty, each episode brings you insights from industry experts and practical tips to enhance your analytical skills.

Tune in weekly as we dissect the complexities of trace analysis, chapter by chapter. For more on-demand learning, explore our new virtual ICP academy, IV Ignite, for video courses, downloadable resources, community forums, and so much more.

Join our host, Mike Booth, and the team as they navigate through the chapters of our comprehensive Trace Analysis Guide, available on our website, to explore the crucial principles of traceability. From understanding calibration techniques to mastering measurement uncertainty, each episode brings you insights from industry experts and practical tips to enhance your analytical skills.

Tune in weekly as we dissect the complexities of trace analysis, chapter by chapter. For more on-demand learning, explore our new virtual ICP academy, IV Ignite, for video courses, downloadable resources, community forums, and so much more.

Join our host, Mike Booth, and the team as they navigate through the chapters of our comprehensive Trace Analysis Guide, available on our website, to explore the crucial principles of traceability. From understanding calibration techniques to mastering measurement uncertainty, each episode brings you insights from industry experts and practical tips to enhance your analytical skills.

Tune in weekly as we dissect the complexities of trace analysis, chapter by chapter. For more on-demand learning, explore our new virtual ICP academy, IV Ignite, for video courses, downloadable resources, community forums, and so much more.

Join our host, Mike Booth, and the team as they navigate through the chapters of our comprehensive Trace Analysis Guide, available on our website, to explore the crucial principles of traceability. From understanding calibration techniques to mastering measurement uncertainty, each episode brings you insights from industry experts and practical tips to enhance your analytical skills.

Tune in weekly as we dissect the complexities of trace analysis, chapter by chapter. For more on-demand learning, explore our new virtual ICP academy, IV Ignite, for video courses, downloadable resources, community forums, and so much more.

Join our host, Mike Booth, and the team as they navigate through the chapters of our comprehensive Trace Analysis Guide, available on our website, to explore the crucial principles of traceability. From understanding calibration techniques to mastering measurement uncertainty, each episode brings you insights from industry experts and practical tips to enhance your analytical skills.

Tune in weekly as we dissect the complexities of trace analysis, chapter by chapter. For more on-demand learning, explore our new virtual ICP academy, IV Ignite, for video courses, downloadable resources, community forums, and so much more.

Welcome back to Bench Boost by Inorganic Ventures! We're thrilled to kick off our newest season, diving into the intricacies of trace analysis.

Join us as we navigate through the chapters of our comprehensive Trace Analysis Guide, available on our website, to explore the crucial principles of traceability. From understanding calibration techniques to mastering measurement uncertainty, each episode brings you insights from industry experts and practical tips to enhance your analytical skills.

Tune in weekly as we dissect the complexities of trace analysis, chapter by chapter. For more on-demand learning, explore our new virtual ICP academy, IV Ignite, for video courses, downloadable resources, community forums, and so much more.

Welcome to Bench Boost by Inorganic Ventures, the ultimate podcast for analytical chemists! Join Mike, our host and Technical Director, as he chats with some of our experts about the sixtieth and final chapter of our ICP Operations Guide, Traceability.

If you would like to follow along with us you can view the ICP Operations Guide on our website.

For more on-demand learning, explore our new virtual ICP academy, IV Ignite, for video courses, downloadable resources, community forums, and so much more.

Welcome to Bench Boost by Inorganic Ventures, the ultimate podcast for analytical chemists! Join Mike, our host and Technical Director, as he chats with some of our experts about the fifteenth chapter of our ICP Operations Guide, Significant Figures and Uncertainty.

If you would like to follow along with us you can view the ICP Operations Guide on our website.

Join us next week as we tackle the last Chapter of the guide, Traceability.

For more on-demand learning, explore our new virtual ICP academy, IV Ignite, for video courses, downloadable resources, community forums, and so much more.

Welcome to Bench Boost by Inorganic Ventures, the ultimate podcast for analytical chemists! Join Mike, our host and Technical Director, as he chats with some of our experts about the fourteen chapter of our ICP Operations Guide, Accuracy, Precision, Mean, and Standard Deviation.

If you would like to follow along with us you can view the ICP Operations Guide on our website.

Join us next week as we tackle Chapter 15, Significant Figures and Uncertainty.

For more on-demand learning, explore our new virtual ICP academy, IV Ignite, for video courses, downloadable resources, community forums, and so much more.

Welcome to Bench Boost by Inorganic Ventures, the ultimate podcast for analytical chemists! Join Mike, our host and Technical Director, as he chats with some of our experts about the thirteen chapter of our ICP Operations Guide, Common Problems with Ag, As, S, Ba, Pb, and Cr.

If you would like to follow along with us you can view the ICP Operations Guide on our website.

Join us next week as we tackle Chapter 14, Accuracy, Precision, Mean, and Standard Deviation.

For more on-demand learning, explore our new virtual ICP academy, IV Ignite, for video courses, downloadable resources, community forums, and so much more.

In this special episode of Bench Boost, join Mike and the Inorganic Ventures team as they recap their experience at the 2024 Winter Conference on Plasma Spectrochemistry in Tucson. Hear from our chemists as they delve into classes on ICP OES and MS, share valuable insights from presentations on ICP maintenance and custom product development, and discuss the latest in analytical technology from the expo floor. Tune in for a blend of technical insights and the lighter side of chemistry with Inorganic Ventures!

Welcome to Bench Boost by Inorganic Ventures, the ultimate podcast for analytical chemists! Join Mike, our host and Technical Director, as he chats with some of our experts about the twelfth chapter of our ICP Operations Guide, Common Problems with Hg, Au, Si, Os, and Na.

If you would like to follow along with us you can view the ICP Operations Guide on our website.

Join us next week as we tackle Chapter 13, Common Problems with Ag, As, S, Ba, Pb, and Cr.

For more on-demand learning, explore our new virtual ICP academy, IV Ignite, for video courses, downloadable resources, community forums, and so much more.

Welcome to Bench Boost by Inorganic Ventures, the ultimate podcast for analytical chemists! Join Mike, our host and Technical Director, as he chats with some of our experts about the eleventh chapter of our ICP Operations Guide, Standard Addition, Internal Standardization, and Isotopic Dilution.

If you would like to follow along with us you can view the ICP Operations Guide on our website.

Join us next week as we tackle Chapter 12, Common Problems with Hg, Au, Si, Os, and Na.

For more on-demand learning, explore our new virtual ICP academy, IV Ignite, for video courses, downloadable resources, community forums, and so much more.

Welcome to Bench Boost by Inorganic Ventures, the ultimate podcast for analytical chemists! Join Mike, our host and Technical Director, as he chats with some of our experts about the tenth chapter of our ICP Operations Guide, Calibration Curves.

If you would like to follow along with us you can view the ICP Operations Guide on our website.

Join us next week as we tackle Chapter 11, Standard Addition, Internal Standardization, and Isotopic Dilution.

For more on-demand learning, explore our new virtual ICP academy, IV Ignite, for video courses, downloadable resources, community forums, and so much more.

Welcome to Bench Boost by Inorganic Ventures, the ultimate podcast for analytical chemists! Join Mike, our host and Technical Director, as he chats with some of our experts about the ninth chapter of our ICP Operations Guide, Key Instrument Parameters.

If you would like to follow along with us you can view the ICP Operations Guide on our website.

Join us next week as we tackle Chapter 10, Calibration Curves.

For more on-demand learning, explore our new virtual ICP academy, IV Ignite, for video courses, downloadable resources, community forums, and so much more.

Welcome to Bench Boost by Inorganic Ventures, the ultimate podcast for analytical chemists! Join Mike, our host and Technical Director, as he chats with some of our experts about the eighth chapter of our ICP Operations Guide, Spectral Interference: Types, Avoidance, and Correction.

If you would like to follow along with us you can view the ICP Operations Guide on our website.

Join us next week as we tackle Chapter 9, Key Instrument Parameters.

For more on-demand learning, explore our new virtual ICP academy, IV Ignite, for video courses, downloadable resources, community forums, and so much more.

Welcome to Bench Boost by Inorganic Ventures, the ultimate podcast for analytical chemists! Join Mike, our host and Technical Director, as he chats with some of our experts about the seventh chapter of our ICP Operations Guide, Linearity and Detection Issues.

If you would like to follow along with us you can view the ICP Operations Guide on our website.

Join us next week as we tackle Chapter 8, Spectral Interference: Types, Avoidance, and Correction.

For more on-demand learning, explore our new virtual ICP academy, IV Ignite, for video courses, downloadable resources, community forums, and so much more.

Welcome to Bench Boost by Inorganic Ventures, the ultimate podcast for analytical chemists! Join Mike, our host and Technical Director, as he chats with some of our experts about the sixth chapter of our ICP Operations Guide, Compatibility and Precision Issues.

If you would like to follow along with us you can view the ICP Operations Guide on our website.

Join us next week as we tackle Chapter 7, Linearity and Detection Issues.

For more on-demand learning, explore our new virtual ICP academy, IV Ignite, for video courses, downloadable resources, community forums, and so much more.

Welcome to Bench Boost by Inorganic Ventures, the ultimate podcast for analytical chemists! Join Mike, our host and Technical Director, as he chats with some of our experts about the fifth chapter of our ICP Operations Guide, Compatibility and Precision Issues.

If you would like to follow along with us you can view the ICP Operations Guide on our website.

Join us next week as we tackle Chapter 6, Nebulizers, Spray Chambers, and Torches.

For more on-demand learning, explore our new virtual ICP academy, IV Ignite, for video courses, downloadable resources, community forums, and so much more.

Welcome to Bench Boost by Inorganic Ventures, the ultimate podcast for analytical chemists! Join Mike, our host and Technical Director, as he chats with some of our experts about the fourth chapter of our ICP Operations Guide, Sample Introduction Systems.

If you would like to follow along with us you can view the ICP Operations Guide on our website.

Join us next week as we tackle Chapter 5, Nebulizers, Spray Chambers, and Torches.

For more on-demand learning, explore our new virtual ICP academy, IV Ignite, for video courses, downloadable resources, community forums, and so much more.

Welcome to Bench Boost by Inorganic Ventures, the ultimate podcast for analytical chemists! Join Mike, our host and Technical Director, as he chats with some of our experts about the third chapter of our ICP Operations Guide, Handling, Calculations, Preparation, and Storage of Standards.

If you would like to follow along with us you can view the ICP Operations Guide on our website.

Join us next week as we tackle Chapter 4, Sample Introduction Systems.

For more on-demand learning, explore our new virtual ICP academy, IV Ignite, for video courses, downloadable resources, community forums, and so much more.

Welcome to Bench Boost by Inorganic Ventures, the ultimate podcast for analytical chemists! Join Mike, our host and Technical Director, as he chats with some of our experts about the second chapter of our ICP Operations Guide, Quality Issues.

If you would like to follow along with us you can view the ICP Operations Guide on our website.

Join us next week as we tackle Chapter 3, Handling, Calculations, Preparation, and Storage of Standards.

For more on-demand learning, explore our new virtual ICP academy, IV Ignite, for video courses, downloadable resources, community forums, and so much more. 

Welcome to Bench Boost by Inorganic Ventures, the ultimate podcast for analytical chemists! Join Mike, our host and Technical Director, as he chats with some of our experts about the first chapter of our ICP Operations Guide, Elemental & Matrix Compatibility. They'll share insights on HCl matrices, HF and HNO3 stability, and much more.

If you would like to follow along with us you can view the ICP Operations Guide on our website.

Join us next week as we tackle Chapter 2, Quality Issues.

For more on-demand learning, explore our new virtual ICP academy, IV Ignite, for video courses, downloadable resources, community forums, and so much more.