Appendix B Physical Property Tables 651 TABLE B.7 (Continued) bring B.SUBAY P(bar) (Tsat. C) 0.0 Temperature (C) 400 450 500 550 600 650 700 750 () 0.1 (45.8) 0.5 (81.3) 1.0 (99.6) 5.0 (151.8) 10 (179.9) 20 (212.4) 40 (250.3) 60 (275.6) 80 (295.0) 100 (311.0) 150 (342.1) 200 (365.7) 0 221.2(Pc) (374.15)(Tc) A 250 0 (-) V 300 (-) I 500 0 1000 (-) ADO ADD ADD ADD ADD ADD ADD ADD ADD ADD ADD ADD TOP ROD ADD DOO TOJ AOA 3280 3384 3497 3597 3706 3816 3929 4043 0 2969 3050 3132 3217 3303 3390 3480 3591 3280 3384 3489 3596 3706 3816 3929 4043 0 2969 3050 3132 3217 3303 3390 3480 3571 21.1 33.3 35.7 38.0 40.3 42.6 44.8 47.2 3279 3383 3489 3596 3705 3816 3929 4043 0 2969 33049 3132 3216 3302 3390 3480 3571 6.21 6.67 7.14 7.58 8.06 8.55 9.01 9.43 1132 3278 A 3382 3488 3596 3705 3816 3928 4042 2968 3049 3132 3216 3302 3390 3479 3570 3.11 3.33 3.57 3.80 4.03 4.26 4.48 4.72 3272 3379 3484 3592 3702 3813 3926 4040 2964 3045 3128 3213 3300 3388 3477 3569 0.617 0.664 0.711 0.758 0.804 0.850 0.897 0.943 3264 337100 3478 3587 3697 3809 3923 4038 0 2958 3041 3124 3210 3296 3385 3475 3567 0.307 0.330 0.353 0.377 0.402 0.424 0.448 0.472 3249 3358 3467 3578 3689 3802 3916 4032 2946 3031 3115 3202 3290 3379 3470 3562 0.151 0.163 0.175 0.188 0.200 0.211 0.223 0.235 3216 3331 3445 3559 3673 3788 3904 4021 0 2922 3011 3100 3188 3278 3368 3460 3554 V 0.0734 0.0799 0.0864 0.0926 0.0987 0.105 0.111 0.117 3180 3303 342235393657 3774 3892 4011 0 2896 2991 3083 3174 3265 3357 3451 3545 0.0474 0.0521 0.0566 0.0609 0.0652 0.0693 0.0735 0.0776 3142 3274 3399 3520 3640 3759 3879 4000 2867 2969 3065 3159 3252 3346 3441 3537 0.0344 0.0382 0.0417 0.0450 0.0483 0.0515 0.0547 0.0578 3100 3244 3375 3500 3623 3745 3867 3989 2836 2946 3047 3144 3240 3335 3431 3528 0.0264 0.0298 0.0328 0.0356 0.0383 0.0410 0.0435 0.0461 2975 3160 3311 3448 3580 3708 3835 3962 2744 2883 2999 3105 3207 3307 3407 3507 0.0157 0.0185 0.0208 0.0229 0.0249 0.0267 0.0286 0.0304 2820 3064 3241 3394 3536 3671 3804 3935 2622 2810 2946 3063 3172 3278 3382 3485 V 0.009950 0.0127 0.0148 0.0166 0.0182 0.197 0.211 0.0225 2733 3020 3210 3370 3516 3655 3790 3923 2553 2776 2922 3045 3157 3265 3371 3476 0.008157 0.0110. 0.0130 0.0147 0.0162 0.0176 0.0190 0.0202 2582 2432 2725 2954 3166 3337 3490 3633 3772 3908 2888 3019 3137 3248 3356 3463 0.006013 0.009174 0.0111 0.0127 0.0141 0.0143 0.0166 0.0178 2162 2826 3085 3277 3443 3595 3740 3880 2077 2623 2825 2972 3100 3218 3330 3441 V 0.002830 0.006734 0.008680 0.0102 0.0114 0.0126 0.0136 0.0147 1878 1791 2293 2723 3021 3248 3439 3610 3771 2169 2529 2765 2946 3091 3224 3350 V 0.001726 0.002491 0.003882 0.005112 0.006112 0.007000 0.007722 0.008418 1798 2051 2316 2594 2857 3105 3324 3526 1653 V 0.001446 1888 0.001628 2127 2369 2591 2795 2971 3131 0.001893 0.002246 0.002668 0.003106 0.003536 0.003953 TABLE B.6 (Continued) 646 APPENDIX B Physical Property Tables V(m/kg) 0 (kJ/kg) A(kJ/kg) P(bar) T(C) Water Steam Water Steam Water Evaporation Steam 1.1 102.3 0.001046 1.549 428.7 2509.2 428.8 2250.8 2679.6 1.2 104.8 0.001048 1.428 439.2 2512.1 439.4 2244.1 2683.4 1.3 107.1 0.001049 1.325 449.1 2514.7 449.2 2237.8 2687.0 1.4 109.3 0.001051 1.236 458.3 2517.2 458.4 2231.9 2690.3 1.5 111.4 0.001053 1.159 467.0 2519.5 467.1 2226.2 2693.4 1.6 113.3 0.001055 1.091 475.2 2521.7 475.4 2220.9 2696.2 1.7 115.2 0.001056 1.031 483.0 2523.7 483.2 2215.7 2699.0 1.8 116.9 0.001058 0.977 490.5 2525.6 490.7 2210.8 2701.5 1.9 118.6 0.001059 0.929 497.6 2527.5 497.8 2206.1 2704.0 2.0 120.2 0.001061 0.885 504.5 2529.2 504.7 2201.6 2706.3 2.2 123.3 0.001064 0.810 517.4 2532.4 517.6 2193.0 2710.6 2.4 126.1 0.001066 0.746 529.4 2535.4 529.6 2184.9 2714.5 2.6 128.7 0.001069 0.693 540.6 2538.1 540.9 2177.3 2718.2 2.8 131.2 0.001071 0.646 551.1 2540.6 551.4 2170.1 2721.5 3.0 133.5 0.001074 0.606 561.1 2543.0 561.4 2163.2 2724.7 3.2 135.8 0.001076 0.570 570.6 2545.2 570.9 2156.7 2727.6 3.4 137.9 0.001078 0.538 579.6 2547.2 579.9 2150.4 2730.3 3.6 139.9 0.001080 0.510 588.1 2549.2 588.5 2144.4 2732.9 3.8 141.8 0.001082 0.485 596.4 2551.0 596.8 2138.6 2735.3 4.0 143.6 0.001084 0.462 604.2 2552.7 604.7 2133.0 2737.6 4.2 145.4 0.001086 0.442 611.8 2554.4 612.3 2127.5 2739.8 4.4 147.1 0.001088 0.423 619.1 2555.9 619.6 2122.3 2741.9 4.6 148.7 0.001089 0.405 626.2 2557.4 626.7 2117.2 2743.9 4.8 150.3 0.001091 0.389 633.0 2558.8 633.5 2112.2 2745.7 5.0 151.8 0.001093 0.375 639.6 2560.2 640.1 2107.4 2747.5 5.5 155.5 0.001097 0.342 655.2 2563.3 655.8 2095.9 2751.7 6.0 158.8 0.001101 0.315 669.8 2566.2 670.4 2085.0 2755.5 6.5 162.0 0.001105 0.292 683.4 2568.7 684.1 2074.7 2758.9 7.0 165.0 0.001108 0.273 696.3 2571.1 697.1 2064.9 2762.0 Appendix B Physical Property Tables 647 7.5 167.8 0.001112 0.2554 708.5 2573.3 709.3 2055.5 2764.8 8.0 170.4 0.001115 0.2403 720.0 2575.5 720.9 2046.5 2767.5 8.5 172.9 0.001118 0.2268 731.1 2577.1 732.0 2037.9 2769.9 9.0 1754 0.001121 0.2148 741.6 2578.8 742.6 2029.5 2772.1 9.5 177.7 0.001124 0.2040 751.8 2580.4 752.8 2021.4 2774.2 10.0 179.9 0.001127 0.1943 761.5 2581.9 762.6 2013.6 2776.2 10.5 182.0 0.001130 0.1855 770.8 2583.3 772.0 2005.9 2778.0 11.0 184.1 0.001133 0.1774 779.9 2584.5 7811 1998.5 2779.7 11.5 186.0 0.001136 0.1700 788.6 2585.8 789.9 1991.3 2781.3 12.0 188.0 0.001139 0.1632 797.1 2586.9 798.4 1984.3 2782.7 12.5 189.8 0.001141 0.1569 805.3 2588.0 806.7 1977.4 2784.1 13.0 191.6 0.001144 0.1511 813.2 2589.0 814.7 1970.7 2785.4 14 195.0 0.001149 0.1407 828.5 2590.8 830.1 1957.7 2787.8 15 198.3 0.001154 0.1317 842.9 2592.4 844.7 1945.2 2789.9 16 2014 0.001159 0.1237 856.7 2593.8 858.6 1933.2 2791.7 17 204.3 0.001163 0.1166 869.9 2595.1 871.8 1921.5 2793.4 18 207.1 0.001168 0.1103 882.5 2596.3 884.6 1910.3 2794.8 19 209.8 0.001172 0.1047 894.6 2597.3 896.8 1899.3 2796.1 20 212.4 0.001177 0.0995 906.2 2598.2 908.6 1888.6 2797.2 21 214.9 0.001181 0.0949 917.5 2598.9 920.0 1878.2 2798.2 22 217.2 0.001185 0.0907 928.3 2599.6 931.0 1868.1 2799.1 23 219.6 0.001189 0.0868 938.9 2600.2 941.6 1858.2 2799.8 24 221.8 0.001193 0.0832 949.1 2600.7 951.9 1848.5 2800.4 25 223.9 0.001197 0.0799 959.0 2601.2 962.0 1839.0 2800.9 26 226.0 0.001201 0.0769 968.6 2601.5 971.7 1829.6 2801.4 27 228.1 0.001205 0.0740 978.0 2601.8 981.2 1820.5 2801.7 28 230.0 0.001209 0.0714 987.1 2602.1 990.5 1811.5 2802.0 29 232.0 0.001213 0.0689 996.0 2602.3 999.5 1802.6 2802.2 30 233.8 0.001216 0.0666 1004.7 2602.4 1008.4 1793.9 2802.3 32 237.4 0.001224 0.0624 1021.5 2602.5 10254 1776.9 2802.3 34 240.9 0.001231 0.0587 1037.6 2602.5 1041.8 1760.3 2802.1 36 244.2 0.001238 0.0554 1053.1 2602.2 1057.6 1744.2 2801.7 38 247.3 0.001245 0.0524 1068.0 2601.9 1072.7 1728.4 2801.1 (continued) Superheated steam at 40 bar and 350C flows at a rate of 5 kmol/min to an adiabatic turbine where it expands to 5 bar. The turbine produces 200 kW. From the turbine the steam flows to a condenser where it is isobarically condensed to saturated water. Kinetic energy changes can be neglected. a) Draw and label the process flow diagram. b) Write an energy balance on the turbine and determine the outlet stream temperature. c) Write an energy balance on the condenser and determine the required heat removal rate, and temperature of the water leaving the condenser.