Quantum Energy Calculations of Technological Parameters of Electromagnetic Impact on Heavy Hydrocarbons

Abstract

According to modern conceptualizations oil forms complex dispersed system containing disperse phase formed of high molecular compounds: long-straight-chained hydrocarbons or asphaltene-resin compounds with high concentration of heteroelements and metals and dispersion media formed of hydrocarbons of less molecular weight. These days, along with traditional methods for oil treating, the new ones are appearing aimed at transforming of high molecular compounds into smaller ones. And the role of magnetic, electromagnetic, acoustic field's investigations on the properties of the oil is growing. For the proper impact on oil it is necessary to conduct deep investigations of the oil components structure changes. In this regard, considerable interest, first of all, is quantum-chemical analysis of the relationship "carbon-carbon (C-C) and carbon -hydrogen (C-H), which is conducted not at the molecular but at the atomic level. So the purpose of the work was to conduct the quantum energy calculations of the parameters of electromagnetic impact on heavy hydrocarbons. With the changes in temperature of the system, the vibration frequency of atomic bonds will be also changed. Consequently, in any attempt to impact on petroleum components with using external excitation sources, should be taken into account the temperature factor and must be established connection between the source of impact and temperature. In this paper additional opportunities to specify the resonant excitation temperature of oil and the relationship between temperature and frequency characteristics of the atoms and molecules were identified.

Structural-Group Composition of Heavy Oil Conversion Products Using FTIR Spectroscopy

“…The decrease of oil production with its simultaneous price increase and the growing demand for petroleum products leads to the increase of heavy hydrocarbon raw material importance. The processing of heavy petroleum raw materials in water vapor using oxide type catalysts containing the metals of variable valence is a promising trend [1][2][3][4][5][6], but there are some problems concerning the study of liquid and solid products of such raw material conversion, which differ from traditional fractions of oil refining [1][2][3][4][5][6][7][8][9][10][11][12][13][14]. There is a need to select an informative research method that allows you to analyze the structure and the composition of obtained products quickly and accurately.…”