residual fuel oils (RFO);
marine residual fuel oil;
colloidal stability of petroleum products;
stability of residual fuel oils;
performance properties of residual fuel oils;
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摘要:
Saturated, aromatic, resin, and asphaltene (SARA) group and fractional composition of 14 samples of marine residual fuel oils and components suitable for their production is studied. Analysis of the results of laser Fourier-difractometric study of solutions of these samples in isooctane made it possible to develop a quantitative method of assessment of their colloidal stability. Correlative relationships of the composition and colloidal stability of the studied asphaltene-containing and asphaltene-free petroleum products are derived. The inapplicability of the term “straight-run” for assessment of colloidal stability of residual fuels is shown experimentally.
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St Petersburg Min Univ, Dept Transport & Storage Oil & Gas, St Petersburg 199106, RussiaSt Petersburg Min Univ, Dept Transport & Storage Oil & Gas, St Petersburg 199106, Russia
Sultanbekov, Radel
Islamov, Shamil
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St Petersburg Min Univ, Dept Dev & Operat Oil & Gas Fields, St Petersburg 199106, RussiaSt Petersburg Min Univ, Dept Transport & Storage Oil & Gas, St Petersburg 199106, Russia
Islamov, Shamil
Mardashov, Dmitry
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St Petersburg Min Univ, Dept Dev & Operat Oil & Gas Fields, St Petersburg 199106, RussiaSt Petersburg Min Univ, Dept Transport & Storage Oil & Gas, St Petersburg 199106, Russia
Mardashov, Dmitry
Beloglazov, Ilia
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St Petersburg Min Univ, Dept Automat Technol Proc & Prod, St Petersburg 199106, RussiaSt Petersburg Min Univ, Dept Transport & Storage Oil & Gas, St Petersburg 199106, Russia
Beloglazov, Ilia
Hemmingsen, Tor
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Univ Stavanger, Fac Sci & Technol, N-4036 Stavanger, NorwaySt Petersburg Min Univ, Dept Transport & Storage Oil & Gas, St Petersburg 199106, Russia