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VUV PIONA+ automates olefin classification by not only reporting total olefin %, but also providing sub-class information including non-conjugated diolefins, conjugated diolefins, cycloolefins, and conjugated hexadienes. Other sub-categories relevant to fuel stream analysis such as di-aromatics can also be customized in VUV Analyze reports.Related Reading
Measuring Moisture in Acetonitrile Using Gas Chromatography and the LUMA Vacuum Ultraviolet (VUV) Detector: Trace Levels and Beyond
The water content of organic solvents is one of the crucial properties that affect the…
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Webinar: Advances in Gas Chromatography: How the LUMA™ Vacuum Ultraviolet Detector can Improve Laboratory Analysis now.
LUMA is not just any GC detector. It’s a powerful and versatile tool that brings…
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A critical comparison of vacuum UV (VUV) spectrometer and electron ionization single quadrupole mass spectrometer detectors for the analysis of alkylbenzenes in gasoline by gas chromatography: Experimental and statistical aspects
Talanta
This publication from Indiana University-Purdue University Indianapolis compares VUV to electron ionization single quadrupole mass…
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Standardizing Your Analysis: ASTM D8267 Standards
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In this blog, we discuss the importance of all standards used in our ASTM D8267 application and how to use them.
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Measuring Moisture in Acetonitrile Using Gas Chromatography and the LUMA Vacuum Ultraviolet (VUV) Detector: Trace Levels and Beyond
The water content of organic solvents is one of the crucial properties that affect the quality of the products and the efficiency of the manufacturing processes. In many organic solvents, water is generally considered an impurity, and therefore its measurement in solvents is of importance for many industries and technologies. This is especially true, for...
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Standardizing your ASTM D8071 Analysis
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