688
Table 3 (continued)
Sr.
no.
Raw
material
Microorganism/
inoculum
Parameters
Results
References
2. Water
hyacinth
Cellic C Tech 3
(enzyme)
Saccharomyces
cerevisiae
(yeast)
Biomass
pre-treatment 1:
Solid loading,
30 g
Volume of solvent,
2000 mL
Solvent, water,
hydrogen
peroxide, acetic
acid
Solvent
concentration, 1.7
mol/L
Steam explosion,
2.5 kgf/cm
2 /h
Biomass
pre-treatment 2:
Solvent, acetone/
water (20% v/v)
Time, 15 min
Drying
temperature,
50 °C to achieve
humidity less than
5%
SSF and SHF:
Solid loading, 5 g
pre-treated
biomass
Volume of water,
200 mL
Temperature,
32 °C
Shaking speed,
120 rpm
SSF
Time, 0–72 h
pH, 4.8
SHF
Time, 0–144 h
pH, 5
Bioethanol production,
0.39 mL
Yield, 0.078 mL/g
For hydrogen peroxide
pre-treatment in 78 h
using SHF
Roberta
et al. [61]
(continued)
P. V. Ganorkar et al.
Table 3 (continued)
Sr.
no.
Raw
material
Microorganism/
inoculum
Parameters
Results
References
2. Water
hyacinth
Cellic C Tech 3
(enzyme)
Saccharomyces
cerevisiae
(yeast)
Biomass
pre-treatment 1:
Solid loading,
30 g
Volume of solvent,
2000 mL
Solvent, water,
hydrogen
peroxide, acetic
acid
Solvent
concentration, 1.7
mol/L
Steam explosion,
2.5 kgf/cm
2 /h
Biomass
pre-treatment 2:
Solvent, acetone/
water (20% v/v)
Time, 15 min
Drying
temperature,
50 °C to achieve
humidity less than
5%
SSF and SHF:
Solid loading, 5 g
pre-treated
biomass
Volume of water,
200 mL
Temperature,
32 °C
Shaking speed,
120 rpm
SSF
Time, 0–72 h
pH, 4.8
SHF
Time, 0–144 h
pH, 5
Bioethanol production,
0.39 mL
Yield, 0.078 mL/g
For hydrogen peroxide
pre-treatment in 78 h
using SHF
Roberta
et al. [61]
(continued)
P. V. Ganorkar et al.
