Fueling analytical recommendations: Analyzing diesel with a vacuum UV detector
Separations Now
The work to evaluate GC-VUV as an analytical tool good for hydrocarbon analysis, and for characterizing the chemical composition of middle-distillate fuels such as diesel and…
Read More >VUV Versus Industry Part II – Petrochemical Analysis
The Analytical Scientist
Bill Winniford (DowDupont) shares his story of adopting VUV for petrochemical analysis and comments on the possible uses of the universal detector for gas chromatography.
Read More >VUV en Vogue – The Analytical Scientist
The Analytical Scientist
Kevin Schug, Nicholas Snow, and Luigi Mondello share thoughts on GC-VUV application to FAMEs, flavor and fragrance, and PAH analysis.
Read More >VUV Versus Industry – Universal Detector for Gas Chromatography
The Analytical Scientist
The VUV universal detector for GC is described as a tool for fuel refining process and food analysis, and its broad applicability to other applications is…
Read More >PIONA GC Analysis Addressing the Complexities of Fuels
[LCGC Blog]: Dr. Kevin A. Schug, University of Texas, Arlington
In this LCGC blog post Dr. Kevin Schug writes about how GC-VUV is an ideal fit for the analysis of gasoline and briefly describes how the…
Read More >GC – VUV Absorbance Spectroscopy for Quantitative Water Determination
The Column
This article in the Feb 2017 edition of The Column describes the results of a pilot study focused on trace water determination in common organic solvents…
Read More >Hydrocarbon Analysis of Diesel Fuels by GC-VUV – ACS
American Chemical Society
A GC-vacuum ultraviolet (UV) method to perform hydrocarbon group-type separations of diesel range fuels was developed.
Read More >Analysis of Long-Chain Unsaturated Fatty Acid Methyl Esters by Ionic Liquid Gas Chromatography – Journal of Agricultural and Food Chemistry
Journal of Agricultural and Food Chemistry
Four ionic liquid (IL) columns, SLB-IL59, SLB-IL60, SLB-IL65, and SLB-IL111, were evaluated for more rapid analysis or improved resolution of long-chain methyl and ethyl esters.
Read More >Rapid Analysis and Time Interval Deconvolution for Comprehensive Fuel Compound Group Classification and Speciation using Gas Chromatography – Vacuum Ultraviolet Spectroscopy – Analytical Chemistry
Analytical Chemistry
A time interval deconvolution (TID) method for integrating gas chromatography – vacuum ultraviolet (GC-VUV) data in order to provide bulk characterization and speciation of finished gasoline…
Read More >