Analytical Pyrolysis

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Analytical Pyrolysis Applications

Applications available can be viewed here or requested individually.

Agriculture

  • Characterising tar products from corn stover in gasification

    • Application guide

  • Art and antiquities application guide
  • Characterising waste plastic pyrolysis oils
  • Energy application guide
  • Forensics application guide
  • Polymers application guide
  • Tobacco application guide

    • Biomass and energy

  • Algae and TMAH pyrolysis
  • Biomass analysis of gases produced from pyrolysis
  • Characterising tar products from corn stover in gasification
  • Coal FGA and pyrolysis
  • Coal multi-step pyrolysis
  • Coal under steam and elevated pressure FGA and pyrolysis
  • Crude oil PMTFPS pyrolysis
  • Energy application guide
  • Fly Ash 8 step pyrolysis
  • Gasoline in soil by pyrolysis
  • Hydrogenation of crude oil at elevated pressure pyrolysis
  • Hydrogenation of shale elevated pressure pyrolysis
  • Olive oil pyrolysis
  • Olive stones four step pyrolysis
  • Plant material pyrolysis
  • Source rock evaluation using EGA and pyrolysis
  • Switchgrass igh pressure pyrolysis
  • Switchgrass pyrolysis
  • Vegetable oil catalytic hydrogenation by pyrolysis

    • Environmental

  • Automobile tyre rubber multi-step pyrolysis
  • Biodegradable plastics
  • Characterising waste plastic pyrolysis oils
  • Detection of plastic pollution
  • Identification and quantification of different microplastics in soil
  • Ionic surfactant thermal analysis
  • Microplastics in seawater quantitative analysis
  • Polymers dissolved in sea water by pyrolysis
  • Powdered meteorite multistep
  • Screening for PFAS in solid materials
  • Weather induced degradation of polyethylene using PhotoPROBE

    Rapid, automated polymer (polyethylene) degradation study under ultraviolet (UV) light with the presence of oxygen at a controlled temperature.

    Keywords: Polyethylene, reactant gas, photoPROBE

    Download PDF
  • Weather induced degradation of polystyrene using PhotoPROBE

    • Food

  • Olive oil pyrolysis

    • Food and feeds

  • Characterising tar products from corn stover in gasification

    • Forensics

  • Clothing fibre pyrolysis
  • DNA pyrolysis
  • Forensics application guide
  • Hair pyrolysis
  • Natural fibres pyrolysis

    • General

  • Additives using AMDIS
  • Air freshener fragrances using microtrap
  • Analysis of fragrance and Flavour compounds in citrus peels
  • Antioxidant deconvolution
  • Artificial sweeteners pyrolysis
  • Cannabidiol oil analysis
  • Cannabidiol oil investigative multi-step and quantitative analysis
  • Chewing Gum tri-step pyrolysis
  • Coffee, tea, cocoa thermal desorption
  • Cosmetics pyrolysis
  • Cryo resolution in pyrolysis
  • Degradation mechanisims- random scission
  • Degradation mechanisims-depolymerization
  • Degradation mechanisims-side group elimination
  • Detection of formaldehyde in aggressively heated resin-coated sands
  • DNA pyrolysis
  • EGA and multi-step pyrolysis of cyanoacrylate glue
  • Indoor dust pyrolysis
  • Ionic surfactant thermal analysis
  • Liquid injections using pyroprobe
  • Lubricants pyrolysis
  • Mascara multistep
  • Mascara pyrolysis
  • Paper by a novel thermal slice technique
  • Plant textiles pyrolysis
  • Poly vinyl alcohol FGA and pyrolysis
  • Powdered meteorite multistep
  • Pyrolysis FTIR optimisation
  • Pyrolysis-FTIR
  • Reproducibility in pyrolysis
  • Surfactants pyrolysis
  • Tobacco 4 step pyrolysis
  • Tobacco in air pyrolysis
  • Tobacco menthol pyrolysis
  • Vape oil analysis using thermal extraction
  • Wax antioxidant pyrolysis

    • Ink/paint/coatings

  • Art and antiquities application guide
  • Automobile paint pyrolysis
  • Laser toner pyrolysis
  • MMA in toner
  • Multi layered car door panel pyrolysis
  • Printing ink pyrolysis
  • Pyrotomy of paint
  • Toners pyrolysis FTIR
  • Trace MMA in copolymer pyrolysis

    • Petrochemical

  • Energy application guide

    • Polymers and plastics

  • Acrylate polymers pyrolysis FTIR
  • Acrylics quantitative pyrolysis
  • Adhesives pyrolysis
  • Amino acids pyrolysis
  • Automobile paint pyrolysis
  • Automobile tyre rubber multi-step pyrolysis
  • Biodegradable packaging
  • Biodegradable plastics
  • Biodegradable Plastics
  • Bisphenol A polymers epoxy and polycarbonate
  • Brominated flame retardant pyrolysis
  • Carbon filled rubber pyrolysis
  • Characterising waste plastic pyrolysis oils
  • Circuit board polymer HR-TOF
  • Clothing fibre pyrolysis
  • Complete polymer analysis
  • Crude oil PMTFPS pyrolysis
  • EGA for polymer identification
  • EGA-plastic
  • Epoxy hardener ratios using pyrolysis
  • Ethylene propylene quantitation
  • Evolved gas analysis and multi-step pyrolysis of waterproof breathable fabric
  • Evolved gas analysis and multistep pyrolysis of polymers
  • Evolved gas PMMA PVC
  • Evolved gas polyurethane foam
  • Failure analysis of hand sanitiser packaging
  • Flame retardant in polyurethane foam multistep plus EGA
  • Fluoropolymers polyvinyl fluoride vs. polyvinylidine fluoride
  • Food packaging tristep pyrolysis
  • Indoor dust pyrolysis
  • Laser toner pyrolysis
  • Latex tri-step pyrolysis
  • Low Levels of MMA in Copolymer
  • Medication blister packaging pyrolysis
  • Multi layered car door panel pyrolysis
  • Natural fibres pyrolysis
  • Nylon66 pyrolysis
  • Nylons pyrolysis
  • Oligomers thermal extraction by pyrolysis
  • PEEK pyrolysis
  • Performance fabric identification using evolved gas analysis and multi-step pyrolysis
  • Pharmaceutical coating pyrolysis
  • Pharmaceutical packaging reaction products
  • Phenol formaldehyde resin EGA and multi-step pyrolysis
  • Phthalate analysis in accordance with an IEC standard method
  • Polycarbonate in steam environment
  • Polyethylene in 5 atmospheres pyrolysis
  • Polyethylene pyrolysis
  • Polymer analysis
  • Polymer contamination of solvents quantitative analysis
  • Polymer two step pyrolysis
  • Polymers application guide
  • Polymers cryofocusing in pyrolysis
  • Polymers dissolved in sea water by pyrolysis
  • Polymers in air pyrolysis
  • Polyolefins analysis
  • Polyolefins comparison using pyrolysis
  • Polyolefins identification
  • Polyurethanes pyrolysis
  • Powdercoat pyrolysis
  • Printing ink pyrolysis
  • Propylene-butene quantitation by pyrolysis
  • PVC seven step pyrolysis
  • PVR pyrolysis FTIR
  • Pyrolysis-FTIR
  • Pyrotomy of paint
  • Real and faux leather pyrolysis
  • Reproducibility in pyrolysis
  • Rubber pyrolysis FTIR
  • Soy clothing pyrolysis
  • Tape multistep pyrolysis
  • Tea bag multistep plus EGA
  • Tea bag papers
  • Toners pyrolysis FTIR
  • Trace MMA in copolymer pyrolysis
  • Tyre rubber with 6ppd pyrolysis
  • Vulcanized rubber pyrolysis
  • Wax antioxidant pyrolysis
  • Weather induced degradation of polyethylene using PhotoPROBE

    Rapid, automated polymer (polyethylene) degradation study under ultraviolet (UV) light with the presence of oxygen at a controlled temperature.

    Keywords: Polyethylene, reactant gas, photoPROBE

    Download PDF
  • Weather induced degradation of polystyrene using PhotoPROBE

    • Quantitation

  • Acrylics quantitative pyrolysis
  • Cannabidiol oil investigative multi-step and quantitative analysis
  • Cannabidiol oil quantitative analysis
  • Copolymer quantitative analysis
  • Epoxy hardener ratios using pyrolysis
  • Ethylene propylene quantitation
  • Identification and quantification of different microplastics in soil
  • Low Levels of MMA in Copolymer
  • Microplastics in seawater quantitative analysis
  • MMA in toner
  • Propylene-butene quantitation by pyrolysis
  • RoHS 3 phthalate calibration and reproducibility
  • Trace MMA in copolymer pyrolysis

    • Thermal Desorption

  • Ionic surfactant thermal analysis