Skip to main content

Table 2 Succinic acid-producing strains with glucose as carbon source

From: Hydrolysis of lignocellulose to succinic acid: a review of treatment methods and succinic acid applications

Bacterial strain

Fermentation mode

Concentration (g/L)

Yield (g/g)

Productivity (g/L/h)

References

zATCC 55618

Naerobic

17.5

0.61

0.49

[15]

Corynebacterium glutamicum

Fed-batch

134.25

0.86

21.3

[20]

Escherichia coli

Anaerobic

133.45

0.89

2.97

[31]

NJ113

Fed-batch

56.2

–

1.00

[108]

Actinobacillus succinogenes

Repeated-batch

98.7

0.89

2.77

[109]

SD121

Fed-batch

116.2

1.13

1.55

[110]

130Z

Fed-batch

42.8

0.74

1.27

[111]

ΔldhA/pXMJ19pyc

Anaerobic–aerobic

107

0.88

1.12

[112]

Tang1527

Dual phase, batch

89.4

1.24

1.27

[113]

AS1600a

Anaerobic, batch

84.26

0.88

0.96

[114]

PALFK

Fed-batch

78.4

1.64

6.02

[115]

Succinogenes

Batch

22.1

–

0.46

[116]

Succinogenes

Anaerobic

27.8

0.61

–

[10]

Actinobacillus succinogenes

Fed-batch

40.2

0.67

0.79

[117]

Actinobacillus succinogenes

Fed-batch

30

0.8

0.62

[118]

Actinobacillus succinogenes

Fed-batch

69.1

0.39

1.26

[119]

Succinogenes 130Z

Microbial cocultivation

32.5

0.39

0.14

[120]

succinogenes

Anaerobic

22.1

0.74

–

[121]

Actinobacillus succinogenes

Packed-bed biofilm reactor

43

0.58

22

[122]

KMG111

Batch

32.41

0.86

2.15

[123]

ATCC55618

Batch

26.7

0.621

3.33

[124]