Природные энергоносители и углеродные материалы & Natural energy sources and carbon materials
Электронный научный журнал

Химические науки
Structure-Dynamical Investigations of Heavy Oil Residues of Different Chemical Nature
Kemalov A.F. 1, Kemalov R.A. 1, Bryzgalov N.I. 1, Riffel D.V. 1

1. Kazan Federal University,


It is known [1], [2], [3], [4], [5], [6], [7], [8], that the most appropriate raw material for a wide range of bitumen products as a whole, and for bitumen insulation materials (BIM) in particular, are the flux oils of heavy crude oils with naphthene-aromatic base, distinguished by high content of resinous-asphaltene materials (RAM) and low content of high-molecular paraffins. Due to output limitations of such kinds of oil, heavy petroleum residues (HPR) of paraffin and high-paraffin crude oils are often used. It shall be noted, that in production of high-melting special bitumens during high-temperature oxidation of residual stock, there emerge nonhydrocarbon compounds, insoluble in hot benzol - carbenes and carboids, as well as the compounds of paraffin-naphthene base, initially contained in crude oil. If considering HPR as a thermodynamic system of phases А, В and С, it is necessary to point out, that, based on molecular mobility and structural-dynamical parameters of phases, it is possible to assume the structure of their carbon components with much assurance. As a source raw material for oxidation process, structural-dynamical states of HPR were studied on relaxometer YAMR 08BK/RS at different temperature regimes.

Keywords: infrared spectrometry, NMR-relaxometry, complex structural units, oxidative polymerization, physical-chemical modification, paraffin-asphaltene associates, Heavy petroleum residues

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