Laboratory analytical methods for the determination of the hydrocarbon status of soils (a review)

Pre-evaluation of contaminated soil for oil field reactivation in Moloacan, Veracruz, Mexico

“…In terms of solubility, Pikovskii et al, (2017) In addition, the infrared spectra (FTIR) of Figure III, confirm that the TPHS extracts have more defined C=O signals (∼2850 and ∼1600-1800 cm −1 ) with respect to the TPHP and coincide with the reports of Hung and Fini (2019) and Guzmán-Osorio et al…”

Assessment of Hydrocarbon State of Soil and Bottom Sediments of Arctic Zone of Yakuti

“…To determine the content of oil and oil products in the soils and bottom sediments, the conventional methods were used [12]; however, as shown by the results of our studies [13] and based on other authors [6,10,14] these methods are applicable only to fresh spills, since they do not take into account the contribution of asphaltic-resinous components that are formed in both the soils and the bottom sediments in the processes of oxidative destruction of oil pollution. It is especially important to take this fact into account in order to identify old pollutants where the asphaltic-resinous components predominate [15]. As a result, the soil samples and the bottom sediments were studied for the content and composition of hydrocarbon-containing components according to the methods of studying organic matter of sedimentary rocks adopted in geochemistry [13].…”

Advances in pretreatment and analysis methods of aromatic hydrocarbons in soil

“…In GC, a ame ionization detector (FID) has the merits of high sensitivity, precision, and reproducibility for most hydrocarbon compounds. [97][98][99] Remarkably, in complex matrices such as soil or atmospheric PM, to prevent all organic molecules from giving a response (such as aliphatic compounds and lipids), a very intensive clean-up is required before the sample is analyzed. Moreover, some researchers have attempted to perform BTEX and PAHs determinations using a barrier ionization discharge detector (BID) and a photoionization detector (PID).…”