Characterization of the fatty acid profile in algae using reactive pyrolysis

Solving Analytical Problems ® ® using Multi functional Pyrolyzer Multi-functional Version Version 1.3 1.3 - Polymer processing - Forensic - Energy - Additives - Coatings - Elastomers - Adhesives - Inks and paints - Paper and fibers - Consumer products…

Multi-functional Pyrolyzer® Technical Note ( PYA2-023E ) Notes on Reactive Pyrolysis of Fatty acids using Trimethylsulfonium hydroxide [Background] The official method for the analysis of fatty acids in fats and oils instructs analysts to use boron trifluoride (BF3); however, because…

Multi-functional Pyrolyzer® Technical Note ( PYA2-031E ) Determination of fatty acids in vulcanized SBR using reactive pyrolysis GC/MS [Background] Various additive packages are added to SBR to vary the chemical and physical properties of the polymer. The qualitative and quantitative…

Multi-functional Pyrolyzer® Technical Note ( PYA1-084E ) Comparing glass and deactivated stainless steel sample cups Part 2 Analysis of fatty acids in Salmonella by reactive Py-GC/MS [Background] A previous note (PYA1-083E), compares the effect of the sample cup surface (glass…