Preliminary study of metalloporphyrins in some oil shales, red sea, Egypt

Occurence and distribution of metalloporphyrins were studied in asphaltene and maltene fractions of some Egyptian oil shales from the main producing mines (Abu-Shegeili, El-Beida, El-Nakheil and Abu-Tundub I, II) in red sea area (Fig. 1). Metalloporphyrins were extracted using adsorption column chro...

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Main Authors: S.M. El-Sabagh, S. Faramawi, Fatma M. Harb, M. Farouk
Format: Article
Language:English
Published: Elsevier 2017-03-01
Series:Egyptian Journal of Petroleum
Subjects:
Online Access:http://www.sciencedirect.com/science/article/pii/S1110062115300052
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spelling doaj-37f5915688fc439a9364d65d81a2d3b52020-11-24T22:22:52ZengElsevierEgyptian Journal of Petroleum1110-06212017-03-0126113514310.1016/j.ejpe.2015.11.004Preliminary study of metalloporphyrins in some oil shales, red sea, EgyptS.M. El-SabaghS. FaramawiFatma M. HarbM. FaroukOccurence and distribution of metalloporphyrins were studied in asphaltene and maltene fractions of some Egyptian oil shales from the main producing mines (Abu-Shegeili, El-Beida, El-Nakheil and Abu-Tundub I, II) in red sea area (Fig. 1). Metalloporphyrins were extracted using adsorption column chromatography. The presence of Ni, Fe and Vo-porphyrins was monitored in each fraction by means of UV–Visible spectrometry, the result indicated that metalloporphyrins could be a mixture of Etio and DPEP types. Each fraction using UV–Visible spectrometry cannot differentiate between Ni and Fe porphyrins, so the extracted metalloporphyrins were subjected to purification and separation from each other by using thin layer chromatography (TLC). HPLC was used for fingerprinting Vo, Ni and Fe-porphyrins, it was found that the different porphyrins exhibited wide different chromatograms. HPLC technique could be used as a successful tool to characterize Fe and Ni-porphyrins.http://www.sciencedirect.com/science/article/pii/S1110062115300052Crude oilMetalloporphyrinsDistributionCharacterization
collection DOAJ
language English
format Article
sources DOAJ
author S.M. El-Sabagh
S. Faramawi
Fatma M. Harb
M. Farouk
spellingShingle S.M. El-Sabagh
S. Faramawi
Fatma M. Harb
M. Farouk
Preliminary study of metalloporphyrins in some oil shales, red sea, Egypt
Egyptian Journal of Petroleum
Crude oil
Metalloporphyrins
Distribution
Characterization
author_facet S.M. El-Sabagh
S. Faramawi
Fatma M. Harb
M. Farouk
author_sort S.M. El-Sabagh
title Preliminary study of metalloporphyrins in some oil shales, red sea, Egypt
title_short Preliminary study of metalloporphyrins in some oil shales, red sea, Egypt
title_full Preliminary study of metalloporphyrins in some oil shales, red sea, Egypt
title_fullStr Preliminary study of metalloporphyrins in some oil shales, red sea, Egypt
title_full_unstemmed Preliminary study of metalloporphyrins in some oil shales, red sea, Egypt
title_sort preliminary study of metalloporphyrins in some oil shales, red sea, egypt
publisher Elsevier
series Egyptian Journal of Petroleum
issn 1110-0621
publishDate 2017-03-01
description Occurence and distribution of metalloporphyrins were studied in asphaltene and maltene fractions of some Egyptian oil shales from the main producing mines (Abu-Shegeili, El-Beida, El-Nakheil and Abu-Tundub I, II) in red sea area (Fig. 1). Metalloporphyrins were extracted using adsorption column chromatography. The presence of Ni, Fe and Vo-porphyrins was monitored in each fraction by means of UV–Visible spectrometry, the result indicated that metalloporphyrins could be a mixture of Etio and DPEP types. Each fraction using UV–Visible spectrometry cannot differentiate between Ni and Fe porphyrins, so the extracted metalloporphyrins were subjected to purification and separation from each other by using thin layer chromatography (TLC). HPLC was used for fingerprinting Vo, Ni and Fe-porphyrins, it was found that the different porphyrins exhibited wide different chromatograms. HPLC technique could be used as a successful tool to characterize Fe and Ni-porphyrins.
topic Crude oil
Metalloporphyrins
Distribution
Characterization
url http://www.sciencedirect.com/science/article/pii/S1110062115300052
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