Driven by growing concerns about microplastic contamination and potential health risks, microplastics research is rapidly advancing. This article explores Pyrolysis GC/MS, a powerful technique used by chemists to identify and quantify microplastics in environmental samples like water, soil, and biota, offering crucial insights into this critical issue.
Professor Wan-Tang (Grace) Chen of UMASS Lowell share what her team is working on, how how her team is leveraging Pyrolysis-GC/MS technique in their novel microplastics research.
Learn how to identify and quantify the regulated phthalates in a complex matrix using micro furnace TD-GC/MS based on the ASTM D7823 method
Looking to analyze PFAS in air? Learn how GC techniques used for VOC monitoring can be successfully applied to PFAS measurements from air and materials.
Looking for a more efficient and faster way to screen laboratory-prepared catalysts? Take 6 minutes to learn about the Frontier Tandem µ-Reactor.
Learn how GC-based techniques widely used in VOC monitoring can be easily applied to PFAS analysis.
Introducing the new Bruker D6 PHASER XRD Benchtop X-Ray Diffraction Platform for Materials Analysis and Advanced Research
This eBook is an compendium of the applications demonstration the capabilities of the Centri sample extraction and enrichment platform.
eBook features a compendium of application and technical notes demonstrating microplastics analysis using micro-furnace pyrolyzers.
Innovative GC add-on delivers unrivaled accuracy and reliability while reducing replacement costs and minimizing maintenance downtime.
This white paper introduces a novel analytical system configuration with simple and easy-to-follow workflows.
During this short explainer video, we describe the importance of microplastics analysis and how scientists use vertical-furnace pyrolysis-GC/MS to identify and quantify unknown microplastic polymers.
