In this eBook, we explore the Tandem Micro-Reactor system, a rapid catalyst screening technology for converting waste plastics and biomass to fuels and value-added chemicals.
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.
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.
This white paper introduces a novel analytical system configuration with simple and easy-to-follow workflows.
In this eBook, we’ll break down the different financing and leasing options and offer guidance on how to choose the right one.
Pyrolysis-GC/MS provides analysts with a streamlined microplastics characterization technique capable of accurate identification and quantification within a single instrument platform.
Although ATR-FTIR is one of the most common techniques for analyzing compounds, it is one of the least understood.
This application note explores how the Bruker S2 POLAR EDXRF meets all the requirements for sulfur analysis in automotive, heating, and jet fuels, and is fully norm-compliant to ASTM D7220.
When it comes to XRD or XRF, how do you decide which technique is the best for your material characterization needs?
Vibrational spectroscopy techniques such as FTIR are versatile instruments that can provide a range of different approaches for reverse engineering analysis in product development.
In this technical note, a thermoset resin’s chemical composition is analyzed using Pyrolysis- GC/MS.
