Superheated propane (R-290) vapor table

Name: Superheated propane (R-290) vapor table
Creator: Simuveliq

This table gives v, u, h and s of superheated vapor in pressure blocks. Above you can use it interactively (switch units with SI/US, pick the pressure or go to the calculator for any point with step-by-step interpolation). Reference state: ASHRAE: h = 0 and s = 0 for saturated liquid at −40 °C (−40 °F).

The table as text, SI units

P = 0.01 MPa (T_sat = −83.919 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	3.5437	335.22	370.65	2.0109
−80	3.6187	339.36	375.55	2.0365
−60	4.0005	361.33	401.33	2.1634
−40	4.3810	384.71	428.52	2.2853
−20	4.7606	409.62	457.22	2.4034
0	5.1397	436.14	487.53	2.5186
20	5.5183	464.35	519.53	2.6316
40	5.8966	494.31	553.28	2.7429
60	6.2747	526.07	588.81	2.8529
80	6.6527	559.63	626.16	2.9617
100	7.0305	595.02	665.32	3.0696
120	7.4082	632.21	706.29	3.1765
140	7.7858	671.18	749.04	3.2826
160	8.1634	711.91	793.55	3.3877
180	8.5409	754.37	839.77	3.4920
200	8.9183	798.50	887.68	3.5955
220	9.2958	844.26	937.22	3.6980
240	9.6731	891.62	988.35	3.7996

P = 0.02 MPa (T_sat = −73.306 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	1.8624	346.07	383.32	1.9465
−60	1.9909	360.91	400.72	2.0307
−40	2.1829	384.37	428.03	2.1532
−20	2.3740	409.34	456.82	2.2716
0	2.5645	435.90	487.19	2.3870
20	2.7545	464.15	519.24	2.5002
40	2.9443	494.14	553.03	2.6117
60	3.1339	525.92	588.59	2.7217
80	3.3232	559.50	625.97	2.8307
100	3.5125	594.90	665.15	2.9386
120	3.7016	632.10	706.13	3.0455
140	3.8907	671.09	748.90	3.1516
160	4.0797	711.82	793.42	3.2568
180	4.2687	754.28	839.65	3.3612
200	4.4576	798.42	887.57	3.4646
220	4.6464	844.19	937.12	3.5672
240	4.8353	891.54	988.25	3.6688

P = 0.03 MPa (T_sat = −66.436 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	1.2791	353.19	391.57	1.9116
−60	1.3209	360.48	400.11	1.9523
−40	1.4501	384.03	427.54	2.0752
−20	1.5784	409.06	456.41	2.1940
0	1.7060	435.67	486.85	2.3097
20	1.8333	463.95	518.95	2.4231
40	1.9602	493.97	552.77	2.5347
60	2.0869	525.77	588.37	2.6448
80	2.2134	559.37	625.77	2.7538
100	2.3398	594.78	664.97	2.8618
120	2.4661	631.99	705.98	2.9688
140	2.5924	670.99	748.76	3.0749
160	2.7185	711.73	793.29	3.1802
180	2.8446	754.20	839.53	3.2845
200	2.9707	798.34	887.46	3.3880
220	3.0967	844.11	937.01	3.4906
240	3.2227	891.48	988.16	3.5922

P = 0.05 MPa (T_sat = −56.968 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.79691	363.12	402.97	1.8710
−40	0.86384	383.34	426.53	1.9759
−20	0.94187	408.50	455.59	2.0955
0	1.0193	435.20	486.16	2.2117
20	1.0962	463.55	518.36	2.3254
40	1.1729	493.62	552.27	2.4372
60	1.2493	525.46	587.93	2.5476
80	1.3256	559.10	625.38	2.6568
100	1.4017	594.54	664.63	2.7648
120	1.4777	631.77	705.66	2.8719
140	1.5537	670.79	748.47	2.9781
160	1.6295	711.55	793.03	3.0834
180	1.7053	754.03	839.30	3.1878
200	1.7811	798.18	887.24	3.2913
220	1.8569	843.97	936.81	3.3939
240	1.9326	891.34	987.97	3.4956

P = 0.08 MPa (T_sat = −47.335 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.51544	373.32	414.56	1.8372
−40	0.53395	382.28	424.99	1.8827
−20	0.58377	407.63	454.34	2.0034
0	0.63293	434.48	485.12	2.1204
20	0.68164	462.94	517.48	2.2347
40	0.73003	493.10	551.50	2.3470
60	0.77818	525.01	587.26	2.4576
80	0.82616	558.70	624.79	2.5670
100	0.87400	594.18	664.10	2.6752
120	0.92174	631.45	705.19	2.7825
140	0.96940	670.49	748.04	2.8888
160	1.0170	711.28	792.64	2.9942
180	1.0645	753.77	838.94	3.0987
200	1.1120	797.94	886.90	3.2022
220	1.1595	843.74	936.50	3.3049
240	1.2069	891.13	987.68	3.4066

P = 0.15 MPa (T_sat = −32.818 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.28722	388.84	431.92	1.7979
−20	0.30507	405.56	451.32	1.8766
0	0.33233	432.77	482.63	1.9955
20	0.35910	461.50	515.37	2.1112
40	0.38553	491.87	549.70	2.2245
60	0.41171	523.93	585.69	2.3358
80	0.43770	557.75	623.40	2.4457
100	0.46355	593.33	662.86	2.5544
120	0.48930	630.68	704.08	2.6620
140	0.51496	669.79	747.04	2.7686
160	0.54056	710.64	791.72	2.8742
180	0.56610	753.18	838.10	2.9788
200	0.59159	797.39	886.13	3.0825
220	0.61705	843.23	935.78	3.1853
240	0.64248	890.64	987.01	3.2871

P = 0.25 MPa (T_sat = −19.382 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.17791	403.25	447.73	1.7713
0	0.19474	430.22	478.91	1.8897
20	0.21155	459.38	512.26	2.0075
40	0.22797	490.05	547.05	2.1223
60	0.24413	522.36	583.39	2.2348
80	0.26009	556.37	621.39	2.3455
100	0.27590	592.10	661.08	2.4548
120	0.29160	629.58	702.48	2.5629
140	0.30721	668.79	745.59	2.6698
160	0.32275	709.71	790.40	2.7757
180	0.33824	752.33	836.89	2.8806
200	0.35368	796.60	885.02	2.9845
220	0.36909	842.48	934.75	3.0875
240	0.38446	889.95	986.06	3.1894

P = 0.4 MPa (T_sat = −5.4707 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.11385	418.11	463.65	1.7512
0	0.11706	426.10	472.93	1.7855
20	0.12838	456.01	507.36	1.9071
40	0.13924	487.23	542.92	2.0245
60	0.14980	519.94	579.86	2.1388
80	0.16014	554.25	618.30	2.2508
100	0.17031	590.23	658.35	2.3611
120	0.18037	627.89	700.04	2.4699
140	0.19034	667.26	743.40	2.5775
160	0.20023	708.32	788.41	2.6839
180	0.21007	751.04	835.07	2.7891
200	0.21986	795.40	883.34	2.8934
220	0.22961	841.36	933.21	2.9966
240	0.23932	888.89	984.62	3.0988

P = 0.6 MPa (T_sat = 7.9241 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.076896	432.21	478.35	1.7369
20	0.081925	451.13	500.29	1.8134
40	0.089802	483.22	537.10	1.9348
60	0.097303	516.55	574.93	2.0519
80	0.10455	551.32	614.05	2.1660
100	0.11162	587.65	654.62	2.2777
120	0.11856	625.60	696.73	2.3876
140	0.12540	665.19	740.42	2.4960
160	0.13215	706.42	785.72	2.6030
180	0.13886	749.30	832.61	2.7088
200	0.14550	793.79	881.09	2.8135
220	0.15212	839.86	931.13	2.9171
240	0.15869	887.48	982.70	3.0196

P = 1 MPa (T_sat = 26.942 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.046123	451.44	497.57	1.7218
40	0.049853	474.13	523.98	1.8080
60	0.055079	509.14	564.22	1.9325
80	0.059944	545.06	605.00	2.0514
100	0.064577	582.23	646.81	2.1665
120	0.069049	620.82	689.87	2.2789
140	0.073405	660.91	734.31	2.3892
160	0.077673	702.54	780.22	2.4977
180	0.081873	745.74	827.62	2.6046
200	0.086019	790.50	876.52	2.7102
220	0.090121	836.81	926.93	2.8146
240	0.094188	884.63	978.82	2.9177

P = 2 MPa (T_sat = 57.262 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.021632	477.63	520.89	1.6968
60	0.022231	483.79	528.25	1.7189
80	0.025909	525.93	577.75	1.8633
100	0.028969	566.60	624.53	1.9922
120	0.031726	607.51	670.96	2.1134
140	0.034298	649.28	717.88	2.2298
160	0.036743	692.19	765.68	2.3428
180	0.039099	736.39	814.59	2.4531
200	0.041387	781.96	864.73	2.5614
220	0.043623	828.92	916.17	2.6679
240	0.045817	877.31	968.94	2.7727

P = 3 MPa (T_sat = 77.712 °C)
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
Sat.	0.012667	486.57	524.57	1.6589
80	0.013234	494.10	533.80	1.6851
100	0.016600	545.97	595.76	1.8561
120	0.019037	591.48	648.59	1.9940
140	0.021129	635.98	699.36	2.1200
160	0.023029	680.73	749.82	2.2393
180	0.024806	726.28	800.69	2.3541
200	0.026496	772.87	852.36	2.4656
220	0.028123	820.65	905.02	2.5746
240	0.029702	869.70	958.80	2.6815

P = 5 MPa
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
100	0.0031713	394.54	410.40	1.3101
120	0.0080144	540.51	580.59	1.7561
140	0.010272	601.25	652.62	1.9350
160	0.011921	653.31	712.92	2.0776
180	0.013320	703.26	769.86	2.2061
200	0.014577	752.86	825.75	2.3268
220	0.015742	802.85	881.56	2.4424
240	0.016842	853.60	937.81	2.5542

P = 8 MPa
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
100	0.0026338	361.57	382.64	1.2131
120	0.0031520	435.57	460.79	1.4169
140	0.0042739	521.56	555.75	1.6524
160	0.0057129	598.05	643.75	1.8605
180	0.0069347	661.01	716.49	2.0248
200	0.0079687	718.23	781.98	2.1663
220	0.0088822	773.23	844.29	2.2953
240	0.0097149	827.54	905.26	2.4165

P = 10 MPa
T [°C]	v [m³/kg]	u [kJ/kg]	h [kJ/kg]	s [kJ/kg·K]
100	0.0025132	351.41	376.54	1.1829
120	0.0028375	417.10	445.47	1.3628
140	0.0033667	488.86	522.53	1.5539
160	0.0041646	562.84	604.48	1.7476
180	0.0050760	631.45	682.21	1.9231
200	0.0059397	693.84	753.24	2.0765
220	0.0067252	752.58	819.84	2.2144
240	0.0074443	809.60	884.04	2.3420

The table as text, English units

P = 1.5 psia (T_sat = −118.18 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	55.018	144.33	159.60	0.47951
−100	58.011	148.97	165.08	0.49513
−50	66.211	162.53	180.91	0.53633
0	74.381	177.33	197.98	0.57560
50	82.534	193.47	216.38	0.61358
100	90.675	211.04	236.21	0.65068
150	98.809	230.10	257.52	0.68713
200	106.94	250.65	280.34	0.72308
250	115.06	272.71	304.65	0.75859
300	123.19	296.25	330.44	0.79370
350	131.31	321.23	357.67	0.82841
400	139.43	347.60	386.30	0.86271
450	147.55	375.33	416.28	0.89660

P = 2.5 psia (T_sat = −104.25 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	34.243	147.72	163.57	0.46808
−100	34.667	148.83	164.87	0.47172
−50	39.623	162.43	180.76	0.51306
0	44.549	177.25	197.86	0.55242
50	49.456	193.41	216.29	0.59045
100	54.353	210.99	236.14	0.62758
150	59.242	230.05	257.46	0.66405
200	64.127	250.62	280.28	0.70002
250	69.007	272.68	304.60	0.73554
300	73.886	296.22	330.40	0.77065
350	78.763	321.20	357.64	0.80537
400	83.638	347.58	386.27	0.83968
450	88.512	375.31	416.25	0.87357

P = 4 psia (T_sat = −90.230 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	22.150	151.19	167.58	0.45826
−50	24.667	162.27	180.53	0.49150
0	27.768	177.13	197.68	0.53099
50	30.850	193.31	216.15	0.56910
100	33.922	210.91	236.02	0.60627
150	36.986	229.99	257.37	0.64278
200	40.045	250.56	280.20	0.67876
250	43.101	272.63	304.53	0.71430
300	46.154	296.18	330.34	0.74943
350	49.205	321.16	357.58	0.78416
400	52.255	347.55	386.22	0.81847
450	55.304	375.27	416.21	0.85237

P = 6 psia (T_sat = −77.068 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	15.215	154.47	171.37	0.45037
−50	16.357	162.05	180.21	0.47270
0	18.445	176.97	197.44	0.51237
50	20.514	193.19	215.96	0.55058
100	22.571	210.81	235.87	0.58783
150	24.621	229.90	257.24	0.62438
200	26.666	250.49	280.10	0.66039
250	28.708	272.57	304.44	0.69595
300	30.747	296.12	330.26	0.73110
350	32.784	321.11	357.51	0.76583
400	34.820	347.50	386.16	0.80016
450	36.855	375.23	416.15	0.83406

P = 10 psia (T_sat = −58.875 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	9.4776	159.06	176.60	0.44127
−50	9.7074	161.61	179.57	0.44861
0	10.985	176.63	196.96	0.48864
50	12.243	192.93	215.58	0.52707
100	13.490	210.60	235.56	0.56445
150	14.729	229.73	256.99	0.60109
200	15.963	250.34	279.88	0.63716
250	17.194	272.44	304.25	0.67277
300	18.421	296.01	330.10	0.70794
350	19.648	321.01	357.37	0.74270
400	20.872	347.41	386.03	0.77704
450	22.096	375.15	416.04	0.81096

P = 20 psia (T_sat = −30.787 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	4.9765	166.22	184.64	0.43058
0	5.3878	175.78	195.72	0.45554
50	6.0395	192.27	214.62	0.49455
100	6.6785	210.07	234.79	0.53228
150	7.3096	229.29	256.34	0.56915
200	7.9354	249.97	279.34	0.60538
250	8.5576	272.12	303.79	0.64110
300	9.1772	295.72	329.69	0.67635
350	9.7950	320.76	357.01	0.71117
400	10.411	347.18	385.71	0.74556
450	11.026	374.94	415.75	0.77952

P = 30 psia (T_sat = −12.202 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	3.4059	170.98	189.89	0.42529
0	3.5191	174.89	194.43	0.43530
50	3.9701	191.59	213.63	0.47493
100	4.4073	209.53	234.00	0.51304
150	4.8361	228.84	255.69	0.55015
200	5.2593	249.59	278.79	0.58655
250	5.6789	271.79	303.32	0.62238
300	6.0958	295.44	329.28	0.65772
350	6.5107	320.50	356.64	0.69259
400	6.9242	346.94	385.38	0.72703
450	7.3366	374.73	415.45	0.76102

P = 50 psia (T_sat = 13.915 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	2.1020	177.66	197.11	0.41968
50	2.3117	190.16	211.55	0.44906
100	2.5888	208.41	232.36	0.48801
150	2.8564	227.93	254.36	0.52564
200	3.1180	248.83	277.68	0.56238
250	3.3756	271.13	302.37	0.59844
300	3.6305	294.86	328.45	0.63395
350	3.8833	319.99	355.92	0.66895
400	4.1346	346.48	384.74	0.70348
450	4.3848	374.30	414.87	0.73755

P = 80 psia (T_sat = 41.052 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	1.3373	184.52	204.31	0.41552
50	1.3732	187.80	208.13	0.42308
100	1.5632	206.63	229.77	0.46357
150	1.7414	226.51	252.29	0.50209
200	1.9127	247.65	275.96	0.53940
250	2.0796	270.13	300.91	0.57584
300	2.2435	293.98	327.19	0.61162
350	2.4052	319.20	354.81	0.64682
400	2.5654	345.78	383.75	0.68150
450	2.7244	373.66	413.99	0.71568

P = 150 psia (T_sat = 82.918 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	0.71368	194.65	214.46	0.41102
100	0.75666	201.80	222.80	0.42615
150	0.87009	222.85	247.01	0.46758
200	0.97316	244.71	271.72	0.50653
250	1.0705	267.66	297.38	0.54401
300	1.1641	291.86	324.17	0.58049
350	1.2553	317.33	352.18	0.61619
400	1.3448	344.10	381.43	0.65124
450	1.4330	372.14	411.92	0.68570

P = 250 psia (T_sat = 122.50 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	0.41183	203.10	222.15	0.40698
150	0.46279	216.44	237.85	0.43333
200	0.53970	239.94	264.90	0.47599
250	0.60721	263.83	291.92	0.51547
300	0.66976	288.64	319.62	0.55318
350	0.72925	314.55	348.28	0.58971
400	0.78668	341.63	378.03	0.62535
450	0.84264	369.92	408.90	0.66025

P = 400 psia (T_sat = 163.94 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	0.22945	208.88	225.87	0.39901
200	0.28704	230.68	251.93	0.43969
250	0.34315	257.14	282.54	0.48445
300	0.39016	283.30	312.18	0.52480
350	0.43270	310.06	342.09	0.56293
400	0.47257	337.74	372.72	0.59963
450	0.51066	366.47	404.26	0.63530

P = 600 psia (T_sat = 203.42 °F)
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
Sat.	0.10049	198.97	210.13	0.36555
250	0.18967	245.22	266.28	0.44812
300	0.23257	274.91	300.73	0.49506
350	0.26721	303.41	333.08	0.53631
400	0.29797	332.16	365.24	0.57486
450	0.32644	361.62	397.87	0.61174

P = 1000 psia
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
250	0.058818	198.04	208.93	0.35595
300	0.10292	251.23	270.28	0.43969
350	0.13451	287.30	312.19	0.49319
400	0.15904	319.58	349.01	0.53733
450	0.18019	351.14	384.49	0.57744

P = 1500 psia
T [°F]	v [ft³/lbm]	u [Btu/lbm]	h [Btu/lbm]	s [Btu/lbm·R]
250	0.045253	179.95	192.51	0.32632
300	0.057387	222.55	238.48	0.38886
350	0.075623	264.74	285.73	0.44912
400	0.093991	302.33	328.42	0.50031
450	0.11035	337.21	367.84	0.54489

Sources

Values computed by Simuveliq with CoolProp 8.0.0 (downloaded from PyPI, code on GitHub), free software under the MIT license. The temperatures and pressures of the table were chosen by Simuveliq; no table was copied from a book.

Equation of state: Eric W. Lemmon, Mark O. McLinden, Wolfgang Wagner (2009). Thermodynamic Properties of Propane. III. A Reference Equation of State for Temperatures from the Melting Line to 650 K and Pressures up to 1000 MPa. J. Chem. Eng. Data 54, 3141–3180. doi:10.1021/je900217v
CoolProp: Bell, Ian H., Wronski, Jorrit, Quoilin, Sylvain, Lemort, Vincent (2014). Pure and Pseudo-pure Fluid Thermophysical Property Evaluation and the Open-Source Thermophysical Property Library CoolProp. Ind. Eng. Chem. Res. 53, 2498–2508. doi:10.1021/ie4033999

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Tables

Water: saturation (T) · saturation (P) · superheated vapor · compressed liquid
R-134a: saturation (T) · saturation (P) · superheated vapor
R-22: saturation (T) · saturation (P) · superheated vapor
R-32: saturation (T) · saturation (P) · superheated vapor
R-404A: saturation (T) · saturation (P) · superheated vapor
R-410A: saturation (T) · saturation (P) · superheated vapor
R-1234yf: saturation (T) · saturation (P) · superheated vapor
Ammonia (R-717): saturation (T) · saturation (P) · superheated vapor
Carbon dioxide (R-744): saturation (T) · saturation (P) · superheated vapor
Propane (R-290): saturation (T) · saturation (P) · superheated vapor
Isobutane (R-600a): saturation (T) · saturation (P) · superheated vapor
Nitrogen: saturation (T) · saturation (P) · superheated vapor
Oxygen: saturation (T) · saturation (P) · superheated vapor
Hydrogen: saturation (T) · saturation (P) · superheated vapor
Helium: saturation (T) · saturation (P) · superheated vapor
Argon: saturation (T) · saturation (P) · superheated vapor
Methane: saturation (T) · saturation (P) · superheated vapor
Air: ideal gas
Nitrogen (N₂) per mole: ideal gas
Oxygen (O₂) per mole: ideal gas
Carbon dioxide (CO₂) per mole: ideal gas
Carbon monoxide (CO) per mole: ideal gas
Hydrogen (H₂) per mole: ideal gas
Water vapor (H₂O) per mole: ideal gas
critical constants and molar mass
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