Characterization of Some Local Petroleum Residues by Spectroscopic Techniques
Petroleum Science and Technology, • 2010
Publication Information
Authors
A. A. EL-BASSOUSSI,1 M. H. M. AHMED,2
S. M. EL SAYED,1 J. S. BASTA,1 AND E.-S. K. ATTIA1
Keywords
infrared, UV-Vis spectra, vacuum residue
Journal
Petroleum Science and Technology,
Publisher
Taylor & Francis Group, LLC
Volume
28
Issue
Not Available
Pages
430–444
publication.type
International
Paper Link
Not Available
Supplementary Materials
Not Available
Abstract
Two vacuum residues were delivered from two different petroleum refineries, one from Suez Petroleum Company and the second from Alexandria Petroleum
Company. Two heavy residues were subjected to solvent extraction using n-pentane,
n-heptane, and ethyl acetate. The studied residues were fractionated into their components. Infrared spectroscopy was applied to study the distribution of functional
groups contained in samples and their components. Some ratios calculated from
the peak heights of selected infrared bands allow for a better comparison. The
UV-Vis spectroscopic technique was applied to the aromatic fraction to determine
how much mono-, di-, and polyaromatics are present in the aromatic fraction. The
monoaromatics represent the lowest constituent among the aromatics present, whereas
the polyaromatics and diaromatics are predominantly present and form the major
constituent.
Company. Two heavy residues were subjected to solvent extraction using n-pentane,
n-heptane, and ethyl acetate. The studied residues were fractionated into their components. Infrared spectroscopy was applied to study the distribution of functional
groups contained in samples and their components. Some ratios calculated from
the peak heights of selected infrared bands allow for a better comparison. The
UV-Vis spectroscopic technique was applied to the aromatic fraction to determine
how much mono-, di-, and polyaromatics are present in the aromatic fraction. The
monoaromatics represent the lowest constituent among the aromatics present, whereas
the polyaromatics and diaromatics are predominantly present and form the major
constituent.
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