Biomedical Engineering Reference
In-Depth Information
Table 2 Hydrogen yields reported in xylose and cellulose fermentations
Microorganism
T (
o
C)
Substrate
H
2
yield
References
Clostridium tyrobutyricum ATCC 25755
Xylose
37
0.77 mol H
2
/mol xylose
[
60
]
Clostridium sp. HR-1
Xylose
37
1.63 mol H
2
/mol xylose
[
61
]
Glucose
2.02 mol H
2
/mol glucose
Enterobacter sp. CN1
Xylose
37
2.0 mol H
2
/mol xylose
[
62
]
Glucose
0.64 mol H
2
/mol glucose
Thermoanaerobacterium
thermosaccharolyticum W16
Xylose
60
2.19 mol H
2
/mol xylose
[
63
]
Mix
2.23-2.37 mol H
2
/mol sugars
Glucose
2.42 mol H
2
/mol xylose
Thermoanaerobacterium aotearoense
(Dldh mutant)
Xylose
55
1.47 mol H
2
/mol xylose
[
64
]
Glucose
2.71 mol H
2
/mol glucose
Mix
2.28 mol H
2
/mol sugars
Clostridium acetobutylicum X9
Microcrystalline cellulose
37
33.7 mmol H
2
/L culture
[
65
]
Steam-exploded corn stover
8.4 mmol H
2
/L culture
[
66
]
Clostridium butyricum AS1.209
Steam-exploded corn stover
35
3.0 mmol H
2
/g steam-exploded corn stover
[
67
]
Clostridium thermocellum JN4+
Thermoanaerobacterium
thermosaccharolyticum GD17
Microcrystalline cellulose
60
11 mmol H
2
/g cellulose
[
68
]
Cornstalk powder
16.1 mmol H
2
/L
Corn cob powder
20.4 mmol H
2
/L
Microflora
Cellulose
55
4.55 mmol H
2
/g cellulose
[
69
]
Cow dung compost
Acid-pretreated cornstalks
36
6.7 mmol H
2
/g TVS
[
70
]
HCl-pretreated wheat straw
3.0 mmol H
2
/g TVS
[
71
]
HCl-pretreated beer lees
3.1 mmol H
2
/g TVS
[
72
]
Cow dung compost
Cellulose
37
12.1 mmol/g cellulose
[
73
]
Microflora
Lime-pretreated cornstalk
60
155.4 mL/g TVS
[
74
]
TVS total volatile solid
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