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Results indicated an increased enzymatic digestibility, with maximum glucose yield of 24.29 g/100 g dry biomass.
Based on our quadratic models fitted on the experimental results, optimum pretreatment conditions for maximum glucose yield were 208 °C, for 36 min and at an ammonium hydroxide to biomass ratio of 0.4 1.
The maximum glucose yield (85%) was obtained after enzymatic hydrolysis of corn stover pretreated with 0.5% (v/v) acid at 180 °C for 15 min while highest yield for xylose (91.4%) was observed from corn stover pretreated with 1% (v/v) acid at 160 °C for 10 min.
Using the sulfonated biochar as catalysts, hydrolysis of maltose at 140 160 °C resulted in the maximum glucose yield of 85.4% and selectivity of 88.2%, whereas dehydration of fructose at 160 180 °C produced the maximum HMF yield of 42.3% and selectivity of 60.4%.
b: maximum glucose yield by enzymatic hydrolysis with pretreated biomass.
However, the maximum glucose yield of CCR was obtained when the residue with a lignin content of about 21.0% [ 3].
Similar(39)
Maximum glucose yields upon enzymatic hydrolysis were obtained after pretreatment at 210 °C for 10 min and yields were similar at harsher conditions.
As the glucose yields were consistently higher than the xylose yields, the harvest conditions used to obtain maximum glucose yields for all of the scenarios also corresponded with the maximum total sugar yields.
Owing to the increase degradation of the hemicellulose-derived C6 sugars with increasing severity, the maximum yield of overall C6 sugars was produced at lower severity than that of the maximum glucose yields.
These observed increases in glucan yields from fully mature trees under a standard enzymatic saccharification in the laboratory would also represent major increases in maximum glucose yields per ton of biomass at the practical scale.
Figure 3 shows clearly that the maximum glucose yields occur at the expense of reduced xylose yields, which is expected, as xylan is easier to hydrolyze compared to glucan.
Related(20)
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