Group-type analysis is a streamlined approach for characterising finished fuels like aviation turbine fuel (AVTUR). Rather than analysing individual chemical components, which can be complex and time-consuming, group-type analysis focuses on entire classes of hydrocarbons. This method provides a comprehensive overview of the fuel’s chemical composition by summing peak areas for different hydrocarbon groups. ASTM Method D8396 is a key standard used in this analysis, offering a simplified and effective way to assess fuel quality.
ASTM Method D8396 specifies comprehensive two-dimensional gas chromatography (GCxGC) for detailed hydrocarbon analysis in fuels. This method is particularly beneficial for middle distillates such as aviation fuel and diesel. By separating hydrocarbons into well-defined classes, GCxGC enables precise quality control and insight into the production processes. With the growing importance of sustainable aviation fuels (SAFs), GCxGC’s ability to provide clear and actionable data is increasingly valuable. The method’s structured ordering allows for the straightforward reporting of chemical classes, reducing the need for complex mass spectrometers or sample fractionation.
SepSolve’s GCxGC-FID offers enhanced capabilities for routine group-type analysis of middle distillates, including aviation fuel:
SepSolve’s GCxGC-FID technology provides a more efficient, accurate, and cost-effective solution for the group-type analysis of aviation fuel and other middle distillates. For optimal quality control and performance in fuel testing, consider integrating this advanced method into your laboratory’s workflow.
Scientia Link - Copyright . All rights reserved.
Contact Our Agents For Any kind of Business Requests
