Table 3 (a). Kinetic Analysis of Biomass Using KAS, OFW, and DAEM Models.

model	conversion (x)	E (kJ/mol)	A (1/min)	R2	fitting equation
KAS	0.1	169.64	2.88488 × 1017	0.9039	y = −20404x + 27.408
	0.2	186.02	5.15807 × 1016	0.9676	y = −22375 + 29.048
	0.3	190.52	1.42918 × 1018	0.9808	y = −22916x + 28.862
	0.4	189.32	4.84431 × 1017	0.9839	y = −22771x + 27.735
	0.5	195.48	7.98602 × 1017	0.9876	y = −23515x + 28.198
	0.6	205.64	2.84717 × 1018	0.9896	y = −24734 + 29.431
	0.7	272.37	3.26178 × 1023	0.9508	y = −32761x + 41.032
	0.8	263.19	1.62904 × 1021	0.9994	y = −31657x + 35.536
	average	209.02
OFW	0.1	175.91	9.60279 × 1017	0.9203	y = −21159x + 41.406
	0.2	195.50	9.90925 × 1018	0.9709	y = −23515x + 43.74
	0.3	200.25	806752 × 1018	0.9709	y = −24087x + 43.607
	0.4	199.27	2.9343 × 1018	0.9855	y = −23968x + 42.523
	0.5	205.62	4.83784 + 18	0.9888	y = −24732x + 43.023
	0.6	215.95	1.72268 × 1019	0.9906	y = −25975x + 44.293
	0.7	282.95	1.97577 × 1024	0.9543	y = −34033x + 55.943
	0.8	295.64	2.98185 × 1023	0.9994	y = −35559x + 54.052
	average	221.38
DEAM	0.1	171.27	7.12476 × 1012	0.9996	y = −20601x + 26.982
	0.2	163.19	3.51703 × 1011	0.9992	y = −19629x + 24.02
	0.3	163.72	1.72958 × 1011	0.9991	y = −19693x + 23.301
	0.4	166.26	1.49544 × 1011	0.999	y = −19998x + 23.146
	0.5	168.55	1.31657 × 1011	0.9991	y = −20274x + 23.005
	0.6	170.57	1.09748 × 1011	0.9992	y = −20517x + 22.812
	0.7	175.73	1.64555 × 1011	0.9987	y = −21137x + 23.187
	0.8	180.23	1.00053 × 1011	0.9981	y = −28871x + 33.471
	average	169.94