Table 1. Summary of Kinetic Analyses^a.

well code	NDIC well number	Eaa (kJ/mol)	ln(Aa) -m.y	TH	C	No.	Eac (kJ/mol)	ln(Ac) -m.y	Eac1 (kJ/mol)	ln(Ac1) -m.y
A	17,043	206.77	60.77	721.29	–157.64	7	204.42	60.38	213.08	61.82
B	16,160	227.48	63.20	741.61	–162.20	8	226.66	63.07	218.97	61.82
C	17,023	215.21	61.68	730.20	–159.27	4	215.15	61.68	216.03	61.82
D	16,532	214.93	61.81	727.92	–159.12	14	211.36	61.22	215.02	61.82
E	16,862	204.28	60.14	723.98	–157.70	1	209.18	60.95	214.40	61.82
F	21,668	219.33	61.32	751.19	–163.61	1	241.43	64.85	222.48	61.82
G	22,572	231.63	64.30	733.81	–160.64	1	216.99	61.90	216.52	61.82
H	17,434	203.95	59.71	731.51	–159.20	1	217.95	62.01	216.77	61.82
I	5088	216.89	61.59	736.98	–160.47	4	223.96	62.74	218.32	61.82
J	13,098	237.32	64.36	736.97	–157.01	14	237.31	64.36	221.77	61.82
K	8177	218.92	62.78	721.33	–157.59	1	204.71	60.41	213.16	61.82

^aE_aa and ln(A_a) are solutions to the Kissinger equation found by including all experiments for each well combined into a single analysis. Each analysis contains seven experiments using 2, 2, 5, 10, 20, 50, and 50 °C/min. Heating Rates. The harmonic mean of the peak reaction temperatures (T_H) for each set of analyses is used in eq 3to “correct” E_aa and ln(A_a) to E_ac and ln(A_c) with eqs 5 and 7, respectively.