Table 3. Cellulose Pulp Structural Composition after Pretreatment with [DMBA][HSO₄] and the Enzymatic Hydrolysis Glucose Yield.

#	T (°C)	t (min)	C(wt %)	log R0*	log R0	cellulose pulp yield (wt %)	glucan	hemicellulose	lignina	delignification (%)	glucose yield (%)
1	180	40	80	2.32	3.96	27.1	16.8	0	10.3	62.7	64.5
2	180	30	90	2.31	3.83	34.8	23.1	0	11.7	65.01	61.8
3	180	30	70	2.15	3.83	39.1	24.2	0	14.9	56.3	77.7
4	170	40	90	2.14	3.66	37.8	25.6	0	12.2	59.4	66.7
5	180	20	80	2.02	3.66	42	34.3	0	7.8	70.3	55.2
6	170	40	70	1.98	3.66	43.8	30.1	1.6	12.1	58.6	68.6
7	170	30	80	1.90	3.54	43.4	39.1	0.7	3.6	88.10	94.9
8	170	30	80	1.90	3.54	43.4	39.8	0.6	3	88.7	95.1
9	170	30	80	1.90	3.54	43.9	39.7	0.7	3.2	89.1	94.1
10	170	20	90	1.84	3.36	50.5	37.6	0	12.9	73.7	90.1
11	160	40	80	1.73	3.37	44.6	34.2	1.3	9.1	57.9	80.5
12	160	30	90	1.72	3.24	47.5	39.1	0.8	7.5	68.8	87.6
13	170	20	70	1.68	3.36	60.7	38.2	2.9	19.7	34.1	32.7
14	160	30	70	1.56	3.24	57.1	36.8	3.6	16.7	38.4	44.4
15	160	20	80	1.43	3.07	64.6	42.2	4	18.4	40.4	23.1
UBb							44.5	25	29.9		1.97

^aSum of acid-insoluble lignin (AIL) and acid-soluble lignin (ASL) obtained from compositional analysis.

^bUntreated pine softwood.