Gas chromatography (GC) is undoubtedly the analytical technique of choice for
compositional analysis of petroleum-based fuels. Over the past twenty years, as …

Globally, water resources contaminated with petroleum hydrocarbons are under much
consideration due to their hazardous effects on human beings as well as on plants and …

Accelerated technological progress and increased complexity of interrogated matrices
imposes a demand for fast, powerful, and resolutive analysis techniques. Gas …

Gas chromatography has always been a simple and widely used technique for the
separation of volatile compounds and their quantitation. However, the common detectors …

Detailed chemical characterization of the composition of pyrolysis oils produced from
plastics is a mandatory step in understanding the recycling process. Even though the …

Gas oils (GOs) analysis is essential for production process control, in order to meet quality
standards, to render these products safer for the environment, and to support research for …

Abstract Gas Chromatography-Vacuum UV Spectroscopy (GC-VUV) has seen increased
attention in many areas, however, a statistical optimization of VUV method parameters has …

Particulate matter (PM) indices—those linking PM emissions from gasoline engines to the
composition and properties of the fuel—have been a topic of significant study over the last …

The conversion of waste streams into a useable material through a recycling process is a hot
topic. Waste streams can originate from domestic and industrial sources and range from …

The electronic absorption spectra of alkanes are known to be broad and lack discrete band
structures. Previous studies have suggested their HOMO-LUMO energy gaps could be used …