Energy Analysis in Combined Reforming of Propane

Table 5

Optimum parameters in combined reforming of propane at case OxPR = 9.

No. of moles of CO2	0	1	2	3	4	5	6	7	8	9
Temperature (°C)	680	684	686	687	685	685	676	671	670	678
H2	8.1373	7.5619	6.9807	6.3950	5.7948	5.1992	4.5632	3.9387	3.3269	2.7247
CO	1.4561	1.9978	2.5535	3.1257	3.6942	4.3043	4.8451	5.4543	6.1458	6.9529
H2O	4.6594	4.2180	3.7864	3.3654	2.9497	2.5526	2.1410	1.7578	1.4094	1.1145
CO2	1.4423	1.8921	2.3301	2.7545	3.1781	3.5716	4.0070	4.3940	4.7224	4.9663
CH4	0.1016	0.1101	0.1165	0.1198	0.1278	0.1241	0.1479	0.1518	0.1318	0.0804
C	0	0	0	0	0	0	0	0	0	0
Syngas (H2 + CO)	9.5934	9.5597	9.5342	9.5207	9.4890	9.5035	9.4083	9.3930	9.4727	9.6776
Syngas ratio (H2/CO)	5.5884	3.7851	2.7338	2.0459	1.5686	1.2079	0.9418	0.7221	0.5413	0.3919
H2O/CO	3.1999	2.1113	1.4828	1.0767	0.7985	0.5930	0.4419	0.3223	0.2293	0.1603
H2O conversion	48.2288	47.275	45.908	43.91	41.006	36.185	28.633	12.11	−40.94	—
CO2 conversion	—	−89.21	−16.505	8.1833	20.5475	28.568	33.216	37.228	40.97	44.818