Article Preview
A New Method for Fast Residual Solvents Analysis and Untargeted Unknown Identification Faster Sample Throughput and Shorter GC Runtimes Using GC-VUV and Static HeadspaceFill out the form below to access VUV Analytic’s Knowledge Base. Stay up to date with the latest VUV blogs, publications, application notes, conference presentations, webinars, and announcements.
Related Reading
Better Living Through (Flavor) Chemistry Part 1 – We Don’t Need No Separation, We Don’t Need No Flow Control
Alex Hodgson, VUV Analytics
Alex describes how GC-VUV is able to differentiate terpene isomers, and why it's possible to…
Read More >
Direct Analysis of Aromatic Hydrocarbons in Purified Mineral Oils for Foods & Cosmetics Applications with GC-VUV
Journal of Chromatography A
Dr. Hans-Gerd Janssen demonstrates the differences when measuring aromatics in mineral oil samples with GC-VUV…
Read More >
GC-VUV as an Alternate Method to Karl Fischer Titration for Determination of Water in Ketones
Jack Cochran, VUV Analytics
Jack discusses how the GC-VUV alternative method to Karl Fischer titration provides more accurate water…
Read More >Related Reading
Direct Analysis of Aromatic Hydrocarbons in Purified Mineral Oils for Foods & Cosmetics Applications with GC-VUV
Journal of Chromatography A
Dr. Hans-Gerd Janssen demonstrates the differences when measuring aromatics in mineral oil samples with GC-VUV versus the traditional methods NPLC-GC-FID and SPE-GC-FID for sensitivity and repeatability.
Read More >
The Analysis of Residual Solvents in Pharmaceutical Products Using GC-VUV and Static Headspace
The Analytical Scientist
Article describes how GC-VUV and static headspace method for residual solvent analysis shortens GC run times and enables residual solvent compound classes to be combined in within GC runs.
Read More >
LCGC Webinar: Pharmaceutical Analysis by GC-VUV
LCGC
This webinar is hosted by LCGC and is lead by Merck, Principal Scientist Jinjian Zheng. In the webinar, Jinjian Zheng demonstrates how to use Gas Chromatography with Vacuum Ultraviolet Detection for Pharmaceutical Analysis.
Read More >