Pretreatment of Laminaria japonica for bioethanol production with extremely low acid concentration

The conversion of cellulose hydrolysis was investigated in batch reactors from brown macro-algae under extremely low acid (ELA) pretreatment conditions. The brown macro-algae of Laminaria japonica were conducted for increasing glucan content as an aqua-biomass feedstock. The investigated ELA pretrea...

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Published inRenewable energy Vol. 54; pp. 196 - 200
Main Authors Lee, Ji Ye, Kim, Young Soo, Um, Byung Hwan, Oh, KyeongKeun
Format Journal Article Conference Proceeding
LanguageEnglish
Published Oxford Elsevier Ltd 01.06.2013
Elsevier
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Abstract The conversion of cellulose hydrolysis was investigated in batch reactors from brown macro-algae under extremely low acid (ELA) pretreatment conditions. The brown macro-algae of Laminaria japonica were conducted for increasing glucan content as an aqua-biomass feedstock. The investigated ELA pretreatment conditions in this study were as follows; the reaction temperature of 150–180 °C, the reaction time of 5–20 min, and sulfuric acid concentrations of 0.02–0.14%. The maximum glucan content of 29.09%, which was four-fold higher than that of the raw L. japonica was obtained after the ELA pretreatment under the optimal condition with sulfuric acid of 0.06% at the temperature of 170 °C for 15 min. In addition, glucan content in solid residue, solid remaining, and the amount of decomposed products in hydrolyzate through ELA pretreatment of L. japonica were compared with those of hot water treatment. Significant enhancement on glucan fraction and enzymatic digestibility of the pretreated L. japonica could be achieved through the ELA pretreatment.
AbstractList The conversion of cellulose hydrolysis was investigated in batch reactors from brown macro-algae under extremely low acid (ELA) pretreatment conditions. The brown macro-algae of Laminaria japonica were conducted for increasing glucan content as an aqua-biomass feedstock. The investigated ELA pretreatment conditions in this study were as follows; the reaction temperature of 150–180 °C, the reaction time of 5–20 min, and sulfuric acid concentrations of 0.02–0.14%. The maximum glucan content of 29.09%, which was four-fold higher than that of the raw L. japonica was obtained after the ELA pretreatment under the optimal condition with sulfuric acid of 0.06% at the temperature of 170 °C for 15 min. In addition, glucan content in solid residue, solid remaining, and the amount of decomposed products in hydrolyzate through ELA pretreatment of L. japonica were compared with those of hot water treatment. Significant enhancement on glucan fraction and enzymatic digestibility of the pretreated L. japonica could be achieved through the ELA pretreatment.
The conversion of cellulose hydrolysis was investigated in batch reactors from brown macro-algae under extremely low acid (ELA) pretreatment conditions. The brown macro-algae of Laminaria japonica were conducted for increasing glucan content as an aqua-biomass feedstock. The investigated ELA pretreatment conditions in this study were as follows; the reaction temperature of 150-180 degree C, the reaction time of 5-20 min, and sulfuric acid concentrations of 0.02-0.14%. The maximum glucan content of 29.09%, which was four-fold higher than that of the raw L. japonica was obtained after the ELA pretreatment under the optimal condition with sulfuric acid of 0.06% at the temperature of 170 degree C for 15 min. In addition, glucan content in solid residue, solid remaining, and the amount of decomposed products in hydrolyzate through ELA pretreatment of L. japonica were compared with those of hot water treatment. Significant enhancement on glucan fraction and enzymatic digestibility of the pretreated L. japonica could be achieved through the ELA pretreatment.
Author Lee, Ji Ye
Um, Byung Hwan
Oh, KyeongKeun
Kim, Young Soo
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Keywords Extremely low acid (ELA)
Laminaria japonica
Pretreatment
Biomass
Macroalgae
Renewable energy
Language English
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Snippet The conversion of cellulose hydrolysis was investigated in batch reactors from brown macro-algae under extremely low acid (ELA) pretreatment conditions. The...
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SubjectTerms Applied sciences
Biomass
cellulose
Conversion
Energy
enzymatic hydrolysis
ethanol production
Exact sciences and technology
Extremely low acid (ELA)
feedstocks
Glucan
Hot water
hot water treatment
hydrolysates
hydrolysis
Laminaria japonica
Macroalgae
Natural energy
Optimization
Pretreatment
Reactors
renewable energy sources
Residues
Saccharina japonica
Sulfuric acid
temperature
Title Pretreatment of Laminaria japonica for bioethanol production with extremely low acid concentration
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