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Cited by 60 publications
(16 citation statements)
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“…9 requires the knowledge of density at the temperature of interest. Since dead-oil-viscosity correlations require Beal;Beggs and Robinson (1975); Glasø (1980);Egbogah and Ng;Kaye (1985); Al-Khafaji et al (1987); Petrosky (1990); Kartoatmodjo and Schmidt (1994); De Ghetto (1994); Bennison (1998); Elsharkawy (1999); Dindoruk and Christman (2001); Hossain et al (2005); and Naseri et al (2005) 2 µod= f ( µref , Tb , T ) Orbey and Sandler 3 µod = f ( API , Kw , T ) Standing where the value 0.999012 g/cm 3 is the density of water at 60°F, and the remainder of the equation is the standard relationship between specific gravity and API gravity.…”
Section: Density/temperature Relationshipsmentioning
confidence: 99%
“…9 requires the knowledge of density at the temperature of interest. Since dead-oil-viscosity correlations require Beal;Beggs and Robinson (1975); Glasø (1980);Egbogah and Ng;Kaye (1985); Al-Khafaji et al (1987); Petrosky (1990); Kartoatmodjo and Schmidt (1994); De Ghetto (1994); Bennison (1998); Elsharkawy (1999); Dindoruk and Christman (2001); Hossain et al (2005); and Naseri et al (2005) 2 µod= f ( µref , Tb , T ) Orbey and Sandler 3 µod = f ( API , Kw , T ) Standing where the value 0.999012 g/cm 3 is the density of water at 60°F, and the remainder of the equation is the standard relationship between specific gravity and API gravity.…”
Section: Density/temperature Relationshipsmentioning
confidence: 99%
“…A sample graph for log µ od vs. temperature is given in Fig. 4 with pour point predicted the dead oil viscosity for Oil 5-a with large errors. The rest of the comparisons can be found in Hossain 22 .…”
Section: Dead Oil Viscosity Comparisonsmentioning
confidence: 99%
“…Argillier et al 4 reported that asphaltene and resin have a great effect on heavy oil viscosity. Lohrenz and Bray 2 also used the crude oil chemical composition to develop an empirical correlation for oil viscosity.…”
Section: Introductory Remarksmentioning
confidence: 99%
“…It is well known that oil viscosity is highly dependent on temperature (10)(11)(12)(13)(14) . A strong reduction of oil viscosity with an increase of temperature is shown within the data in Table 1a, especially for heavy oils.…”
Section: Resultsmentioning
confidence: 99%