CiDRA GVF-100 Gas Volume Fraction Monitoring System - Manual (Page 119)

Copyright © 2006 CiDRA Corporation Page F-1
20639-01 Rev 03
Appendix F PHYSICAL PROPERTIES OF WATER
Water at 14.7 psia (sea level) Water at 24.7 psia (10 psig)
Temp (degC) Sp Grav SOS (ft/s) Viscosity (Pa*s) Temp (degC) Sp Grav SOS (ft/s) Viscosity (Pa*s)
0 1.000 4601.2 1.7909E-03 0 1.000 4601.5 1.7907E-03
5 1.000 4679.0 1.5181E-03 5 1.000 4679.4 1.5180E-03
10 1.000 4748.3 1.3059E-03 10 1.000 4748.6 1.3058E-03
15 0.999 4809.5 1.1375E-03 15 0.999 4809.9 1.1375E-03
20 0.998 4863.3 1.0016E-03 20 0.998 4863.7 1.0016E-03
25 0.997 4910.4 8.9008E-04 25 0.997 4910.8 8.9007E-04
30 0.996 4951.3 7.9735E-04 30 0.996 4951.7 7.9734E-04
35 0.994 4986.4 7.1932E-04 35 0.994 4986.8 7.1932E-04
40 0.992 5016.1 6.5298E-04 40 0.992 5016.5 6.5298E-04
45 0.990 5040.8 5.9607E-04 45 0.990 5041.2 5.9608E-04
50 0.988 5060.9 5.4685E-04 50 0.988 5061.4 5.4686E-04
55 0.986 5076.7 5.0398E-04 55 0.986 5077.2 5.0399E-04
60 0.983 5088.5 4.6640E-04 60 0.983 5088.9 4.6641E-04
65 0.981 5096.5 4.3326E-04 65 0.981 5096.9 4.3328E-04
70 0.978 5100.9 4.0389E-04 70 0.978 5101.3 4.0391E-04
75 0.975 5101.9 3.7774E-04 75 0.975 5102.4 3.7776E-04
80 0.972 5099.8 3.5435E-04 80 0.972 5100.3 3.5437E-04
85 0.969 5094.7 3.3334E-04 85 0.969 5095.2 3.3336E-04
90 0.965 5086.8 3.1441E-04 90 0.965 5087.3 3.1443E-04
95 0.962 5076.1 2.9728E-04 95 0.962 5076.6 2.9730E-04
99.98 0.958 5062.9 2.8180E-04 100 0.958 5063.3 2.8176E-04
Water at 64.7 psia (50 psig) Water at 114.7 psia (100psig)
Temp (degC) Sp Grav SOS (ft/s) Viscosity (Pa*s) Temp (degC) Sp Grav SOS (ft/s) Viscosity (Pa*s)
0 1.000 4603.0 1.7900E-03 0 1.000 4604.8 1.7892E-03
5 1.000 4680.9 1.5176E-03 5 1.000 4682.7 1.5170E-03
10 1.000 4750.1 1.3055E-03 10 1.000 4751.9 1.3051E-03
15 0.999 4811.3 1.1373E-03 15 0.999 4813.2 1.1371E-03
20 0.998 4865.2 1.0015E-03 20 0.999 4867.1 1.0013E-03
25 0.997 4912.3 8.9000E-04 25 0.997 4914.2 8.8992E-04
30 0.996 4953.2 7.9731E-04 30 0.996 4955.1 7.9728E-04
35 0.994 4988.3 7.1932E-04 35 0.994 4990.3 7.1932E-04
40 0.992 5018.1 6.5300E-04 40 0.993 5020.0 6.5303E-04
45 0.990 5042.8 5.9611E-04 45 0.991 5044.8 5.9616E-04
50 0.988 5063.0 5.4691E-04 50 0.988 5065.0 5.4697E-04
55 0.986 5078.8 5.0405E-04 55 0.986 5080.9 5.0412E-04
60 0.983 5090.6 4.6647E-04 60 0.984 5092.7 4.6655E-04
65 0.981 5098.6 4.3334E-04 65 0.981 5100.7 4.3342E-04
70 0.978 5103.0 4.0398E-04 70 0.978 5105.2 4.0406E-04
75 0.975 5104.1 3.7783E-04 75 0.975 5106.4 3.7792E-04
80 0.972 5102.1 3.5444E-04 80 0.972 5104.3 3.5453E-04
85 0.969 5097.0 3.3343E-04 85 0.969 5099.3 3.3352E-04
90 0.965 5089.1 3.1450E-04 90 0.966 5091.5 3.1459E-04
95 0.962 5078.5 2.9737E-04 95 0.962 5080.9 2.9747E-04
100 0.959 5065.3 2.8183E-04 100 0.959 5067.7 2.8193E-04
Reference: E.W. Lemmon, M.O. McLinden and D.G. Friend, "Thermophysical Properties of Fluid Systems" in NIST
Chemistry WebBook, NIST Standard Reference Database Number 69, Eds. P.J. Linstrom and W.G. Mallard, March
2003, National Institute of Standards and Technology, Gaithersburg MD, 20899 (http://webbook.nist.gov).