FAME Analysis in AVTUR by GC-MSD

FEATURES

Biodiesel is created from biological and animal fat converted into fatty acid methyl esters (FAME). Biodiesel is commonly as alternative fuel. When biodiesel mixed with hydrocarbon derived jet fuel in the refinery it creates lot of issues. FAME alters the thermal stability of jet fuel causing coke deposits within the aircraft's fuel system. Though FAME is added into the feedstock, FAME is in final product is not advisable. Limitation of FAME in jet fuel industries is very critical and allowed limit of FAME in commercial jet fuel A-1 is 5 ppm.

Why it is important to analyze the FAME in jet fuel?

The FAME components present in the fuel oil are having high freezing point and it will create waxy component at low temperature and it creates clog on the fuel line. To avoid, the analysis of FAME is essential.

How to analyze the FAME analytically?

• Gas chromatography coupled with mass spectrometry is the versatile tool.
• CFT Technology to backflush the heavier components.
• Excellent system sensitivity and selectivity by selective ion monitoring.
• List of analytes given in the below table (The FAME species listed in Table have been specifically chosen as they typically make up greater than 95 % of the composition of the major biofuel feedstocks currently used in biodiesel blends with conventional mineral diesel. In addition, methyl heptadecanoate is included as it may be present in animal fats).

GBA Solution Features:

• Complete solution with full hardware and software.
• Quantitation of FAME in Jet fuel in trace level.
• Customized report template creation based on customer's requirement.