Page 542 - Refining Biomass Residues for Sustainable Energy and Bioproducts

al. al. al.
et (2018) et (2015) et
Kumar Karray Harchi (2018)

El

H 2 /g H 2 /g
g/L g/L g/L g/L mL COD mL COD mL/g COD int mL/g COD int mL/g COD int mL/g COD int g/L
2.5 3.6 2.9 7.3 63 45 519 203 368 626 11.9

Bioethanol Biohydrogen Biomethane Bioethanol

time
test temperature h bottles, pH 5 5.5, T 5 37 C test, pH 5 7.0, T 5 37 C time
Batch 28 C 6 2 C, 48 Batch Batch test Batch temperature 28 6 1 C, h 48

cerevisiae Anaerobically sludge at (heat-treated for 102 C min) 30 sludge tannophilus

S. digested Anaerobic Pachysolen

time H 2 SO 4 , time: 10, 45 C rpm mg min) time H 2 SO 4 , time: 10, (A. h) of min)
pretreatment exposure (3% 100 C, (pH min) 30 and pretreatment niger mechanical (1000 21.6 and 80/L) pretreatment 30 at pretreatment exposure (3% 100 C, (pH min) 30 and pretreatment 30 for (4% pretreatment 60 acid,

Ultrasonic and (30 C min) 5 of Acid-catalyst temperature min) 5 Thermo-alkaline pretreatment 105 C Enzyme (Aspergillus h) 30 for Chemo pretreatment min 30 at tween Mechanical rpm (1000 Ultrasonic and (30 C min) 5 of Acid-catalyst temperature min) 5 Thermo-alkaline pretreatment 105 C Enz

oxygen
fasciata reticulata rigida

Ulva Ulva Ulva rigida U. COD, Chemical