Article ID Journal Published Year Pages File Type
7085340 Bioresource Technology 2013 8 Pages PDF
Abstract
► Declining xylan hydrolysis rate constant is superior to constant hydrolysis rate constant. ► Direct xylooligomer degradation is necessary to describe observed degradation behavior. ► Countercurrent flowthrough pretreatment performs better than cocurrent pretreatment. ► Temperature gradient along the reactor axis is beneficial to reduce xylan degradation. ► Biomass bed shrinking increases exit xylooligomer concentration compared to non-shrinking.
Related Topics
Physical Sciences and Engineering Chemical Engineering Process Chemistry and Technology
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