首页> 外文期刊>Applied biochemistry and biotechnology, Part A. enzyme engineering and biotechnology >Comparison of Microbial Inhibition and Enzymatic Hydrolysis Rates of Liquid and Solid Fractions Produced from Pretreatment of Biomass with Carbonic Acid and Liquid Hot Water
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Comparison of Microbial Inhibition and Enzymatic Hydrolysis Rates of Liquid and Solid Fractions Produced from Pretreatment of Biomass with Carbonic Acid and Liquid Hot Water

机译:碳酸和液体热水预处理生物质后产生的液体和固体部分的微生物抑制和酶水解速率的比较

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This research quantified the enzymatic digestibility of the solid component and the microbial inhibition of the liquid component of pretreated aspen wood and corn stover hydrolysates.Products of liquid hot water and carbonic acid pretreatment were compared.Pretreatment temperatures tested ranged from 180 to 220 deg C,and reaction times were varied between 4 and 64 min.Both microbial inhibition rates and enzymatic hydrolysis rates showed no difference between pretreatments containing carbonic acid and those not containing no carbonic acid.Microbial inhibition increased as the reaction severity increased,but only above a midpoint severity parameter of 200 deg C for 16 min.Both the rates and yields of enzymatic hydrolysis displayed an increase from the lowest tested reaction severity to the highest tested reaction severity.
机译:本研究量化了预处理的白杨木和玉米秸秆水解产物的固体成分的酶消化率和液体成分的微生物抑制作用,比较了液体热水和碳酸预处理的产物,测试的预处理温度为180至220摄氏度,反应时间在4到64分钟之间变化。含碳酸的预处理和不含碳酸的预处理之间的微生物抑制率和酶水解率均无差异。微生物抑制随着反应强度的增加而增加,但仅在中点以上在200摄氏度的温度下反应16分钟。酶水解的速率和产率均显示出从最低的测试反应强度到最高的测试反应强度的增加。

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