PFAS laboratory setup with pipette and test tubes

pfas-laboratory-setup

PFAS testing demands more than sensitive instrumentation. Laboratories must control background contamination across the complete workflow before they can generate defensible results.

How to Set Up a PFAS Laboratory

Articles

Laboratory technician analyzing PFAS drinking water samples using EPA methods.

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Choosing a PFAS method starts with the sample matrix and reporting objective. This guide compares five EPA methods and explains where each fits.

EPA PFAS Methods Compared: Methods 533, 537.1, 1633A, 8327, and 1621

Droplet being prepared for solid phase extraction sample preparation

solid-phase-extraction-sample-preparation

Discover how Biotech Fluidics&#39; SPEedy device enhances solid phase extraction sample preparation, minimizing cross-contamination risk.

Biotech Fluidics Launches Portable Device for Solid Phase Extraction

News

Scientist taking water sample near factory

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Biotage

Strategies for improving recovery and workflow efficiency for acidic, basic, and neutral SVOCs in aqueous samples.

How Do You Tackle Sample Prep for Diverse SVOCs?

Webinars

Rouan Tulloch discussing digital connectivity in laboratories

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Rouan Tulloch explores how connected laboratory technologies can turn instrument data into actionable insights that reduce downtime, improve efficiency and support sustainability goals.

Data-Driven Sustainability: Unlocking Lab Efficiency Through Digital Connectivity

Video

Analyzing gas chromatograph baseline diagnostics in lab

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Eliminate baseline drift, isolate carrier versus sample flow-path failures, and master column conditioning, guard columns, and solvent washing with Diane Turner&#39;s expert protocols.

Master GC Flow-Path Analysis &amp; Column Maintenance Protocols

Close-up of vials in an automated laboratory system

laboratory-automation

Infrastructure, investment, data quality, and staff confidence often determine whether automation delivers practical value.

Why Laboratory Automation Requires More Than New Technology

Application note on drinking water testing using ultrapure water

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Molecular structure of water reflecting ultrapure quality testing

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Application note on ultrapure water testing for drinking water analysis

Application note on drinking water testing with ultrapure water by Ion Chromatography

Merck

Ensure accuracy in ultrapure water testing for drinking water by eliminating background interference in ion chromatography workflows.

The Importance of Ultrapure Water Testing for Accurate Results

Application Notes

Laboratory technician performing classical column chromatography sample preparation using a glass benchtop column to fractionate crude sample prior to LC-MS analysis.

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Manual gravity columns and benchtop extraction funnels serve as high-capacity front-end defenses&mdash;protecting analytical UHPLC systems, eliminating mass spectrometry ion suppression, and managing large crude sample loads.

Strategic Pre-Fractionation: The Role of Benchtop Column Separation in High-Throughput LC Workflows

Scientist using a digital tablet to monitor integrated CDS and LIMS automated chromatography workflows in a modern laboratory.

high-throughput-chromatography-laboratory-automation

From robotic sample handling and bi-directional LIMS integration to cloud-based chromatographic data systems, modern lab automation accelerates LC-MS and GC-MS throughput while safeguarding ALCOA+ data integrity and regulatory compliance.

Sample Preparation