Application Notes

Heavy Fuel Oil (also "bunker oil" or "residual fuel oil") is a complex mixture of petroleum hydrocarbons formed as the remnant of distillation and cracking processes. Often used by the shipping industry, heavy fuel oils have becoming more regulated for lower sulfur content. 

Comprehensive two-dimensional gas chromatography paired with high-resolution time-of-flight mass spectrometry and multiple ionization modes can provide a full characterization of the volatile and semi-volatile compounds in this complex mixture.

Non-Targeted and Targeted Aroma Analysis of Name-Brand and Imitation Perfume Samples by GCxGC-HRT

Workflow for the Assessment of Key Aroma Compounds of Pumpernickel Bread Variations | Pegasus BT 4D and ChromaTOF Tile | 203-821-667

Statistical Differentiation of Baijiu Spirits Using SPME-GC-TOFMS and ChromaTOF Sync Software | Pegasus BT and ChromaTOF Sync | 203-821-659

Statistical Differentiation of Baijiu Spirits Using SPME-GCxGC-TOFMS and ChromaTOF Tile Software | Pegasus BT 4D and ChromaTOF Tile | 203-821-672

Rapid Screening Analysis for Barbiturates in Human Urine by GC-TOFMS with the Pegasus BT

Correlation of Chemical and Sensory Data to Track Aging of an American IPA Beer at Different Storage Temperatures

Biodiesel Samples Derived from Palm Oil and Jatropha Curcas Linn by GCxGC-FID

Improved Identification of Brand-Distinguishing Analytes in Perfume Samples with GCxGC and HRT

Brewery Process Monitoring with GC-MS | Pegasus BT | 203-821-610

Using Bulk Analysis to Characterize the Carbon Gradient in Carburized Steel

Comparison of the Analysis of California Lemon Oil: GC-FID vs. GCxGC-FID

CAMEO Magnetic Disc Application for Automatic Grinders/Polishers

Manual Preparation of Samples Using the CAMEO Magnetic Disc System

CAMEO Metallographic Procedure for Case Depth Samples

Cannabis Analysis: Hemp Potency Determination

Determining Terpene Profiles of Cannabis Strains Using GC and GCxGC with High Performance TOFMS

Carbon and Moisture in Aggregates

Determination of Carbon and Sulfur in Fluorspar

Carbon and Sulfur in High Carbon Ferroalloys

Carbon and Sulfur in Lime

Carbon and Sulfur Determination in Low Carbon Ferroalloys

Carbon and Sulfur in Metal-Bearing Ores and Related Materials

Carbon and Sulfur in Potassium Heptafluorotantalate Materials

Carbon and Sulfur in Steel, Nickel-Base, and Cobalt-Base Alloys

Carbon and Sulfur in Tungsten Carbide

Determination of Carbon and Sulfur in Cast Iron

Carbon and Sulfur Determination in High Carbon Ferroalloys

Carbon and Sulfur in Iron, Steel, Nickel-Base, and Cobalt-Base Alloys

Carbon and Sulfur in Lime

Carbon and Sulfur Determination in Limestone/Dolomite

Carbon and Sulfur Determination in Low Carbon Ferroalloys

Carbon and Sulfur Determination in Low Carbon Ferroalloys

Carbon and Sulfur in Metal-Bearing Ores and Related Materials

Carbon and Sulfur in Metal-Bearing Ores and Related Materials

Carbon Determination in Fluoropolymers

Carbon in Mold Powder

Determination of Carbon in Nitrides

Determination of Carbon in Nitrides

Carbon in Refractory and Reactive Metals and Their Alloys

Carbon in Refractory and Reactive Metals

Carbon in Refractory and Reactive Metals

Determination of Carbon in Silicon Carbide

Carbon in Tungsten Carbide Powder

Carbon Determination in Tungsten Carbide

Determination of Carbon and Nitrogen in Carbon Black and Graphite | CN928 | 203-821-684

Determination of Carbon and Nitrogen in Coal and Coke | CN928 | 203-821-685

Determination of Carbon and Nitrogen in Plant Tissue

Carbon/Nitrogen in Soil and Plant Tissue

Determination of Carbon and Nitrogen/Protein in Flour