Pyrolysis Applications & Reprints

Applications available can be viewed here or requested individually.

• Getting started in pyrolysis is easy
• Phthalate analysis in accordance with IEC Standard Method
• EGA and the identification of a clear polymer
• Pharmaceutical packaging pyrolysis
• Detection of flame-retardants in foam packaging
• Multi-layered car door panel analysis with pyrolysis
• Coal analysis under steam and elevated pressure PYGC
• Antimicrobial agents study with reactant gas pyrolysis
• Circuit board analysis with pyrolysis high resolution TOF
• EGA and pyrolysis evaluation of source rock
• Epoxy to hardener ratio quantitation
• Methyl methacrylate in copolymer quantitation
• Biomass feedstock four step pyrolysis
• Soil studies with thermal desorption and pyrolysis
• Fluoropolymer pyrolysis
• Polyvinyl alcohol FGA and pyrolysis
• Fibre blend pyrolysis
• Coal FGA and pyrolysis
• Epoxy and polycarbonate pyrolysis
• Biomass gas analysis
• Liquid injections using a pyroprobe
• Fragrance analysis with microtrap
• Polyethylene pyrolysis in different atmospheres
• Additive identification using GCMS pyrolysis library and AMDIS
• Food packaging tri-step pyrolysis
• Evolved gas analysis of a polyurethane foam
• Evolved gas analysis of polymers
• Powder coatings
• Characterisation of artificial sweeteners
• Characterisation of indoor dust
• Catalytic hydrogenation of vegetable oil
• Crude oil determination of polymethyltrifluoropropyl siloxane PMTFPS
• Tobacco in air
• Oil shale in hydrogen at elevated pressure
• Crude oil hydrogenation at elevated pressure
• Soy clothing fibre
• Coffee, tea, and cocoa extraction
• Biodegradable plastic packaging
• Algae pyrolysis using TMAH
• Plant derived (cellulosic) textiles pyrolysis GCMS
• Identifying additives using pyrolysis and deconvolution software
• Switchgrass pyrolysis at elevated pressure
• PEEK preparation - detecting differences in preparation using pyrolysis
• Olive oil and oleic acid cracking products - biofuel application
• Brominated fire retardants in PET
• Plant material pyrolysis GCMS - biofuel application
• Switchgrass pyrolysis GCMS - biofuel application
• Biofuel analysis by pyrolysis GCMS - biofuel application
• Pyrolysis of natural and synthetic adhesives
• Laser toner analysis by pyrolysis/GCMS
• Tobacco analysis using 4 step analysis
• Tobacco pyrolysis GCMS
• Packaging tape multistep analysis
• Layered paint analysis using pyrotomy
• Brominated flame retardant analysis
• Rubber with antioxidant 6-PPD pyrolysis
• PVC copolymer multistep analysis with pyrolysis/GCMS
• Biochemical sample analysis (DNA) by pyrolysis/GCMS
• Nylon analysis using rapid pyrolysis/MSD
• Advantages of two-step pyrolysis
• Tri-step analysis of latex materials
• Tri-step analysis of chewing gum
• Eight-step analysis of fly ash
• Reproducibility in pyrolysis
• Antioxidant detection in petroleum wax
• Coating analysis on pharmaceutical tablet forms
• Cosmetics analysis (mascara) by pyrolysis/GC
• Cosmetics analysis by pyrolysis/GCMS
• Engine Lubricant analysis by pyrolysis
• Pyrolysis gas chromatography of amino acids
• Polyolefin analysis by pyrolysis/GC
• Pyrolysis/GCMS of clothing fibres, cotton and polyester
• Analysis of hair samples by pyrolysis
• On column cryofocussing for improved resolution in pyrograms
• Pyrolysis of synthetic polymers - improved sensitivity using cryogenic focusing
• Degradation mechanisms - random scission
• Degradation mechanisms - side group elimination
• Degradation mechanisms - depolymerisation
• Pyrolysis/GC of natural fibres
• A comparison of nylons by pyrolysis/GC
• Capillary GC of polyolefin pyrolysates
• Analytical pyrolysis of surfactants
• Dynamic headspace and pyrolysis in ink analysis
• Direct pyrolysis/FTIR: An alternative sampling system
• Analysis of acrylate polymers by direct pyrolysis/FTIR
• Analysis of polyvinylchloride by direct pyrolysis/FTIR
• Parameter optimisation in pyrolysis/FTIR
• Quantitative determination of polypropylene-1-butene
• Quantitative pyrolysis/GC in the analysis of co-polymers
• Analysis of soil samples using the HTD
• Pyrolysis/FTIR of carbon filled rubbers
• Pyrolysis/GC of carbon filled rubbers
• Analysis of photocopier toners by pyrolysis/FTIR
• Pyrolysis/GC of polyolefins
• Analysis of vulcanised rubber by pyrolysis/GCMS
• Desorption of PCB's from soil using the HTD
• Pyrolytic injection inlet autosampling system for the analysis of polymer samples
• Pyrolysis/GCMS of automobile paints
• Polyurethane analysis by pyrolysis/GCMS
• Pyrolysis/GC of high and low density polyethylene
• Quantitation of ethylene/propylene copolymers