Difference between revisions of "Water viscosity"
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:<math> \mu_{w1} = 0.45</math> | :<math> \mu_{w1} = 0.45</math> | ||
:<math> \mu_w = \mu_{w1} 1.1587 = 0.52 cP</math> | :<math> \mu_w = \mu_{w1} 1.1587 = 0.52 cP</math> | ||
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| + | The solution is also available in the PVT software model at [The solution is available in the PVT calculator software model at [https://www.pengtools.com/pvtCalculator?paramsToken=d0f0c9c587152cefc27d1217e091ace0 www.pengtools.com] | ||
== Nomenclature == | == Nomenclature == | ||
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:[[Water solids concentration]]<BR/> | :[[Water solids concentration]]<BR/> | ||
:[[Water viscosity]]<BR/> | :[[Water viscosity]]<BR/> | ||
| + | :[[Gas/Water Interfacial Tension]] | ||
== References == | == References == | ||
<references> | <references> | ||
Latest revision as of 08:17, 5 October 2020
Contents
Water viscosity
Water viscosity correlation is published by McCain in 1991[1].
Math and Physics
where
Example. Calculating water viscosity
Input data
Calculate water viscosity at 3176 psia and 165°F?
Solution
The solution is also available in the PVT software model at [The solution is available in the PVT calculator software model at www.pengtools.com
Nomenclature
= coefficients
= pressure correction, res bbl/STB
= water salinity or weight percent solids, %
= pressure, psia
= Temperature, °F
= water viscosity, cP
= water viscosity at 1 atm, cP
See also
- Water bubble point pressure
- Water compressibility
- Water density
- Water formation volume factor
- Water salinity from density equation
- Water solids concentration
- Water viscosity
- Gas/Water Interfacial Tension
