Search Results

This application note demonstrates the use of a Pyroprobe 6150 to characterize an elastomeric fabric using Evolved Gas Analysis (EGA) plus Multi-Step Pyrolysis (MSP), along with CDS’s EGA and Pyrolysis Databases on Mestrelab’s Mnova MSChrom + DB and CDS plugins. 6 000 Evolved Gas Analysis Autosampler PY Library

This application note demonstrates a polymer subtraction capability in py-gc-ms data analysis software. PY Library

This application note investigates PAH formation in untreated and demineralized corn stover using pyrolysis in air under elevated pressure. Pyroprobe Energy credit: Alen Horvat in Chemical and Environmental Sciences Department, University of Limerick, Ireland

This application note investigates the lithium-ion battery recycling stream using Evolved Gas Analysis coupled with Multi-Step Pyrolysis GC-MS to identify the quality of the recycled materials. Pyroprobe 6150 Energy Automobile

This application note highlights the use of the Pyroprobe 6150 for the analysis of Total Organic Fluorine (TOF), PFAS as a screening tool. Pyrolysis 6000 6150 Environmental

This application note highlights the use of the Pyroprobe 6150 for the analysis of a solid residue collected from CO2 capture systems, enabling swift corrective actions to resume production. Pyrolysis 6000 Thermal Extraction Environmental Energy

This is application note demonstrates that hydrogen can be safely and quantitatively used with the CDS Analytical 7550S Pro Automated Thermal Desorber while reproducibly meeting the US EPA criteria for mass spectrometer performance as demonstrated by the ion ratios of 1-bromo-4-fluorobenzene.

This application note demonstrates characterization of woven jean fabric using Evolved Gas Analysis coupled with Multi-Step Pyrolysis GC-MS. Pyroprobe 6000 6150 Multi-step EGA Evolved Gas Analysis Textiles

This application note investigates the trace contamination of cooking oil caused by transportation tanker trucks using evolved gas analysis coupled with thermal extraction GC-MS. 6000 6150 EGA Evolved Gas Analysis Thermal Extraction Human Health and Safety Food and Flavor

Sample preparation is paramount to produce high quality LC-MS proteomic data. Large, bottom-up proteomic coverage from a single sample can be difficult to achieve due to the depth and complexity of a peptide population. Instrument systems for sample fractionation are expensive, require time, and regular maintenance for reliable results. Here we present a quick and affordable option for larger sample frationation, the Empore™ C18 spin column. We showcase improved proteome coverage of E. coli peptides sample by preparation via desalting combined with high pH reverse phase fractionation.

Click to Download