Difference between revisions of "Gas/Oil Interfacial Tension"

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The density of formation water (brine) at standard conditions (14.7psia & 60°F):
 
The density of formation water (brine) at standard conditions (14.7psia & 60°F):
  
:<math> \rho_{wSC} = C_{mg/l}/25000 + 62.428</math><ref name= M1990/>
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:<math> \rho_{wSC} = C_{mg/l}/25000 + 62.428</math>
  
 
The density of formation water (brine) at reservoir conditions:
 
The density of formation water (brine) at reservoir conditions:
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|keywords=Water salinity, TDS, brine salinity, formation water salinity, Water formation volume factor
 
|keywords=Water salinity, TDS, brine salinity, formation water salinity, Water formation volume factor
|description=Water density
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Revision as of 07:29, 5 October 2020

Gas/Oil Interfacial Tension

File:Gas/Oil Interfacial Tension.png
Gas/Oil Interfacial Tension correlation in the PVT software at pengtools.com

The density of formation water (brine) at standard conditions (14.7psia & 60°F):

 \rho_{wSC} = C_{mg/l}/25000 + 62.428

The density of formation water (brine) at reservoir conditions:

 \rho_{wR}=\rho_{wSC}/B_w [1]

Nomenclature

 B_w = water formation volume factor, res bbl/STB
 C_{mg/l} = water salinity or solids concentration, mg/l
 \rho_{wSC} = water density at standard conditions, lbm/ft3

References

Baker, O. and Swerdloff, W. 1955. Calculation of Surface Tension 3—Calculating parachor Values. Oil Gas J. (5 December 1955): 141. Baker, O. and Swerdloff, W. 1956. Calculation of Surface Tension 6—Finding Surface Tension of Hydrocarbon Liquids. Oil Gas J. (2 January 1956): 125.

  1. Cite error: Invalid <ref> tag; no text was provided for refs named M1990