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Effect of steam explosion on waste copier paper alone and in a mixed lignocellulosic substrate on saccharification and fermentation

机译:蒸汽爆炸对单独的废复印纸和木质纤维素混合底物中糖化和发酵的影响

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摘要

This study evaluated steam (SE) explosion on the saccharification and simultaneous saccharification and fermentation (SSF) of waste copier paper. SE resulted in a colouration, a reduction in fibre thickness and increased water absorption. Changes in chemical composition were evident at severities greater than 4.24 resulting in a loss of xylose and the production of breakdown products known to inhibit fermentation (particularly formic acid and acetic acid). SE did not improve final yields of glucose or ethanol, and at severities 4.53 and 4.83 reduced yields probably due to the effect of breakdown products and fermentation inhibitors. However, at moderate severities of 3.6 and 3.9 there was an increase in initial rates of hydrolysis which may provide a basis for reducing processing times. Co-steam explosion of waste copier paper and wheat straw attenuated the production of breakdown products, and may also provide a basis for improving SSF of lignocellulose.
机译:这项研究评估了废纸复印纸的糖化以及同时糖化和发酵(SSF)的蒸汽(SE)爆炸。 SE导致着色,纤维厚度减少和吸水率增加。严重度大于4.24时,化学成分发生明显变化,导致木糖损失并产生已知抑制发酵的分解产物(尤其是甲酸和乙酸)。 SE不能提高葡萄糖或乙醇的最终产量,在4.53和4.83的严重程度下,产量的降低可能是由于分解产物和发酵抑制剂的影响。但是,在3.6和3.9的中等强度下,初始水解速率增加,这可能为减少加工时间提供了基础。废复印纸和麦草的共汽爆炸会削弱分解产物的产量,也可能为改善木质纤维素的SSF提供基础。

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