Energy and Fuels Industry Resources
Instrument Portfolio
Thermogravimetric Analysis of Moisture, Ash, Volatile Content, and Loss-on-Ignition
Thermogravimetric Moisture Determinator
CHN/CHNS/O
Macro Combustion Analysis for Carbon, Hydrogen, Nitrogen, and Protein Determinator
Combustion analysis for Sulfur and Carbon determination
Marco Determination through Combustion
Isoperibol Calorimeter for Gross Calorific Content
Semi-Automatic Isoperibol Calorimeter Gross Calorific Content
Coal and Coke Ash Fusibility Determinator
Gas Chromatography Time-of-Flight Mass Spectrometer
Application Notes
Learn more about our solutions for Energy and Fuels with our library of related application notes.
| 203-821-693 | Determination of Ash in Polystyrene Determination of Ash in Polystyrene |
| 203-821-691 | Determination of Ash in Polyethylene |
| 203-821-692 | Determination of Ash in Polypropylene |
| 203-821-688 | Characterization of Fischer-Tropsch Synthetic Paraffinic Kerosene and Traditional Aviation Turbine Fuel Pegasus BTX 4D Application Note - Synthetic Aviation Fuels |
| 209-200-179 | Identifying Heteroatomic Species in HTL Pyrolysis Gasoline by GCxGC-TOFMS Pegasus BTX 4D Application Snapshot - HTL Pyrolysis Gasoline |
News or Stories
In the last several years, electric vehicles have become increasingly popular, and many manufacturers are beginning to provide EV options for their consumers. Because of this rise, the demand for graphite has significantly increased. Graphite not only makes up the largest portion of EV batteries, but the most important part of the battery, the anode. […]
Discover how GC-MS technology is being used to tackle real-world problems like fuel laundering and environmental pollution with The Analytical Scientist’s GC-MS eBook.
Videos and Webinars
- 1High Temp GCxGC of Light Crude Oil and High Boilers From 1 January 2022
- 2Analyzing Light Crude Oil and High Boilers with GCxGC From 8 March 2018
- 3Battling Fuel Fraud to Achieve ASTM D5769 From 10 February 2017
Posters and Presentations
- Synthetic Aviation Fuels RFF Splitter BT-GCxGC-Paradigm Shift Application of a Novel Reverse-Fill-Flush Modulator and Splitter for Simultaneous GCxGC-TOFMS/FID Analysis of Synthetic Aviation Fuels
- Eliminating Quantitation Bias Fuels BT-GCxGC Paradigm Shift Using a Novel Splitter to Eliminate Quantitation Bias for Simultaneous GCxGC-TOFMS/FID Characterization of Traditional and Emerging Fuels
- Piecing Together Pollutant Profiles: Combining High-Resolution MS From Multiple Ionization Modes With Multidimensional GC for Petroleum Forensics and Environmental Analyses Piecing Together Pollutant Profiles: Combining High-Resolution MS From Multiple Ionization Modes With Multidimensional GC for Petroleum Forensics and Environmental Analyses
- Determining Moisture, Volatiles and Ash Biofuels with the TGA801
- Quantitation of Biofuel Components in Jet Fuel with GCxGC-TOFMS Jet Fuel samples were analyzed by GCxGC TOFMS with diverting flow modulator for biofuel component quantitation.
- Petroleum Biomarkers around the World GCxGC analysis is used to identify biomarkers of global petroleum samples.