Analysis of Process Variables via CFD to Evaluate the Performance of a FCC Riser

Table 4

Kinetics constants and activation energies of reaction [6, 14].

Reaction path	Activation energy (kJ/mol)	Exponential factor (m^3/kg/s)	Reaction path	Activation energy (kJ/mol)	Exponential factor (m^3/kg/s)
1 → 4	2.7251	0.5496	4 → 6	13.0832
1 → 5	0.9432	0.1478	4 → 7	12.2401
1 → 6	1.2912	0.728	4 → 8	8.2513
1 → 7	7.2956	0.01707	4 → 9	3.7156
1 → 8	13.0682	0.00221	4 → 10	3.4688
1 → 9	8.9495	0.00824	4 → 11	16.3068
1 → 10	7.787	0.00289	4 → 12	10.2884
1 → 11	8.8766	0.02903	5 → 6	14.641
1 → 12	9.5764	0.02268	5 → 7	15.7166
2 → 4	4.7964	0.5068	5 → 8	15.3998
2 → 5	4.0451	0.09092	5 → 9	13.124
2 → 6	14.1004	0.0178	5 → 10	12.8934
2 → 7	13.5735	0.02794	5 → 11	18.2895
2 → 8	0.7088	0.03926	5 → 12	19.805
2 → 9	3.4203	0.0579	6 → 5	12.6572
2 → 10	3.7921	0.02698	6 → 7	8.9658
2 → 11	4.7483	0.02206	6 → 8	13.5233
2 → 12	3.3867	0.04335	6 → 9	12.1083
3 → 4	10.1081	0.04164	6 → 10	12.1945
3 → 5	14.3479	0.02781	6 → 11	14.6554
3 → 6	15.8237	0.1043	6 → 12	11.3696
3 → 7	16.01057	0.01088	7 → 8	14.0169
3 → 8	0.9537	0.3375	7 → 9	11.9348
3 → 9	1.9214	0.1208	7 → 10	10.4221
3 → 10	1.35212	0.08769	7 → 11	10.2512
3 → 11	4.0009	0.05663	7 → 12	9.3636
3 → 12	3.9143	0.06459	8 → 11	30.3051
4 → 5	14.4455	0.006942	10 → 11	38.5004