Page 258 - Standard Handbook Of Petroleum & Natural Gas Engineering

Thermodynamics 229

Table 2-20
Properties of Saturated Steam
(hf and sf are measured from 32°F)
Specific Internal
Abs - - EnlTopy energy
Enthalpy
volume
__
P-. - __ __ __
psi Liquid Liquid Evap Vapor Liquid Evap Vapor
- __
1 .(I ini.i-1 0.016i.i 333.6 69.70 1036.3 1106.0 0.1321: 1.8456 1 .Y 782 974.6
1.2 107.92 0.01616 280.9 75.87 1032.7 l108.6 0.1435 1.8193 1.9628 970.3
1.1 113.26 0.01618 243.0 ~1.20 102~1.6 1110.8 0.152e 1.7971 1.9498 Stili.?
I .6 117.99 ooitm 214.3 85.91 11)26.9 1112.8 0.161C 1.7776 1.9386 9tX.i
1 .X 122.23 0.016"1 191.8 90.14 10'24.5 1114.6 0.1683 1 .i6m I .Y288 960.ti
2 0 126.08 0.01623 173.71 93 99 lE22.2 1116.2 0.174Y 1.7451 I .YL00 957.9
2.2 129.tiP 0.01624 158.85 97.52 1020.2 1117.7 0.1809 1.731 1 1.9110 955.5
24 132.89 0.016'26 146.38 100.79 1018.3 1119.1 0.1864 1.7183 1.9047 !)53.3
2.6 135.94 n.oi627 135.78 103.83 1016.5 1120.3 0.1916 1.7065 1.8981 951.2
2.8 138.7Y 0.0 1689 126.66 106.68 1014.8 1121.5 0.19tili 1 .fiY57 1.8920 940.2
3.0 141.4H 0.016:i(I 118.71 109.37 1013.2 1122.6 0.2008 16855 0.8863 947.3
4.11 152.97 0.01tii96 90.63 120.86 1006.4 1127.3 0.P19H 1.64?7 1.8625 939.3
5.1) 162.21 0 0 1641) 73.Y2 130.13 l(J01 .(I 1131.1 0.2347 1.6094 1.8441 9s3.0
ti.0 li(1.06 0.01645 61.98 137.96 996.2 1134.2 0.247'2 I ,5820 1.8292 927.5
7.0 176.8,; 0.01649 53.64 144.76 992.1 1136.9 0.2581 1.5RX6 1.8167 F2.7
8.0 182.86 0.01653 47.:44 130.79 988.5 1139.9 O.2674 1.5383 1.8057 913.4
!?.I) m.?x 0.01656 42.40 156.22 985.2 1141.4 0.2759 1.5'2iI3 1.796:' 914.6
10 1!13.21 0.1)1659 38.42 161.17 982. I 1143.3 0.2835 1.5041 1.7876 911.1
I1 197.75 0.01662 35.14 165.73 9i9.3 1145.0 0.291 13 I .4x117 I .7XO0 907.8
I? 201.96 0.01665 32.40 169.96 976 6 1146.6 0.'?967 1.4763 1.7730 904,s
I3 20.i XU 0.111667 30.06 173.91 974.2 1148.1 (I 30'17 1.4698 1.7665 9)01 .'I
14 ")9.56 O.(Il670 28.04 177.61 471.9 1149.5 0.3083 I .45?2 1.560.5 899..3
14.1596 21 2.00 0.0 l67? 26.XO 1 X(1.07 9703 11.50.4 0.3120 1.4446 I .7.366 8')7 i
15 'IY.07 O.IJl67'2 26.P!I 181.11 96fl.7 1 li0.8 0.3135 1.4415 1.7.549 846.7
1 (i 5lti.je 0.0 1674 24.71 184.42 Yli7.fi I l.?2.(l 0.3184 1.431 3 1.7497 x9.I 3
I7 219.44 0.01677 23.3!1 187.56 965.5 1153.1 0.X31 1.4218 1.7449 89'2.0
1X 222.41 0.01678 22.1 7 190.96 963.6 1154.2 0,:W.i 1.41L'X 1.7403 X89.9
19 L"25.2.4 0 OMXI 21.08 193.42 961.9 1155.3 0.:33li 1.4043 1.7360 887.8
211 227 51% 001683 20 11x9 19G 16 96(1 1 1 156.3 0.99.56 1.99962 1.7319 X8R.X
21 230.57 0.016~5 19.192 198.79 958.4 1157.2 0.3395 1.3885 1.7280 XX3.Y
22 233.07 0.01tix; 18.375 201.33 956.8 11.58.1 0.3431 1.5811 1.7242 8X2.1)
29 235.49 0.01689 17Si27 203.78 955.2 1159.0 0.3466 1.374(1 1.7206 880.2
24 237.X2 0 (Illi91 I 6.9J8 206.14 9.53.7 1159.8 0.3500 13672 17172 878.5
L1 r 240.07 0 n I IW I6.3O3 208.*2 952.1 1160.6 0.35:1.1 1.3606 I7139 X76.X
-.?
26 2q2.25 0 01694 1.5.715 210.62 9.50.7 1161.3 0.3.564 1 .:4.344 1.7108 875.2
27 2-14 36 O.Ol696 15.170 212.75 949.3 I I 62.0 0.3594 1.3484 1.7078 tiis li
2X 246. i 1 0.01698 14.663 214.83 947.9 1162.7 0.3ti2.1 1.54?5 1.7048 87'. 1
2') 24x.411 0.0 1694 14.1x9 216.86 946.5 1163.4 0.3652 1 .:136x 1.7020 X70 i
30 250.3s 001701 13.746 918.82 945.3 I 164. I 0.3680 1.3313 1.6993 869.1
I
9 "52.2:! 001702 13.330 220.73 944 0 11647 0.3707 1.:4260 1.6967 867.7
32 254.05 0.01704 12.940 L"'2.59 942.x 1165.4 0.3i3.1 I .3m 1.6941 866.3
33 255.84 0.01705 12.572 524.41 941.6 11660 0.3758 1.3159 1.6917 864.4
31 2.57.0x 0.01 707 12.226 ""6. 18 940.3 1 166.5 0.3783 1 :3 I 10 1.6893 863.5
35 259.28 0.01 708 I 1.89X 227.91 939.2 1167.1 0.3807 1 3063 1.6870 862.3
3 ti 260.9.5 0.01709 11.588 m.6n 958.0 1167.6 0.9831 1.3017 I .6848 861.0
37 26'2.57 0 01711 11.294 231.26 936.9 1168.2 0.3854 1 .?972 1.6826 8.593
98 264.16 0.01 712 1 1.015 232.89 935.8 I 11x7 0.3876 1.2929 1.6805 x5x 5
- -
1.2886
0.3898
1169.2
265.72
10.750
39 __ 0.01714 - 934.7 - - 1.6784 857.2
254.48
__ -
~