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Exact(3)
The highest hydrolysis yield was, however, obtained by simultaneous hydrolysis of xylan and cellulose, indicating a layered structure of cellulose and xylan chains in the cell wall substrate.
The highest hydrolysis yield of cellulose was obtained with a simultaneous use of cellulases, xylanase and AXE, indicating the presence of acetylated xylan within the cellulose matrix.
Similar to results from previous studies [ 9, 10, 22, 26], the enzymatic hydrolysis yield for the cellulose samples pretreated with pure [AMIM]Cl (χ [AMIM]Cl = 1.0) was significantly increased; the highest hydrolysis yield was 59.6% after 72 hours, which was 6.9 times that of the hot-water-treated cellulose and 7.9 times that of the original cellulose.
Similar(57)
The two approaches were compared and it was found that the second approach was a better one with higher hydrolysis yield and less enzyme dosage.
Sequential addition of cellulases after hydrolysis of starch within WCP resulted in 15-20% higher hydrolysis yield compared with simultaneous addition of hydrolytic enzymes.
WH treated with Na2SO3 showed higher hydrolysis yield (86.34%) as compared to Na2S while other biomass substrates showed 2.0 3.0% less yield with Na2SO3.
Further work would be necessary to evaluate the effect of Xyl10A CBM1 for the higher hydrolysis yield of lignocellulose at high substrate concentration.
Table 4 shows that point 31 with 9% xylanase indeed results in a higher hydrolysis yield than all preceding points, 66%.
The aim was to obtain a high hydrolysis yield of cellulose without generating inhibitors that were detrimental to the fermentation [ 10].
Dry dilute acid pretreatment at extremely high solids loading of lignocellulose materials demonstrated promising advantages of no waste water generation, less sugar loss, and low steam consumption while maintaining high hydrolysis yield.
When pretreatment was done with Na2S, higher hydrolysis yield was obtained due to more lignin removal, depolymerization of the hemicellulose, and decrease in crystallinity of the cellulose as compared to Na2SO3 which removed slight less lignin during pretreatment.
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