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Ethanol yield calculation method - 'an unaccounted factor' responsible for yield variations

机译:乙醇产量计算方法 - “未分析因子”负责产量变化

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Bioethanol is considered as a promising alternative to petroleum as a transportation fuel. The ethanol production from corn involves converting starch to glucose, followed by fermenting glucose to ethanol by yeast. The ethanol concentration at the endof fermentation can be determined using chemical assays or chromatography techniques. However, calculations of ethanol yields (L/kg corn) is challenging because of difficulty in measuring exact liquid volume at the end of fermentation. Various theoretical and experimental approaches have been used in literature to calculate the ethanol yields. The objective of this work was to demonstrate the variation in the ethanol yield calculated using different methods, and need to identify a comprehensive and reliable approach. This paper discusses various methods reported in the literature and also present a new theoretical method to calculate ethanol yields. Ethanol yields obtained from the new method were similar to those obtained using comprehensive experimental approaches.
机译:生物乙醇被认为是石油作为运输燃料的有希望的替代品。来自玉米的乙醇产生涉及将淀粉转化为葡萄糖,然后通过酵母发酵到乙醇中的葡萄糖。可以使用化学测定或色谱技术测定结束发酵乙醇浓度。然而,乙醇产率(L / kg玉米)的计算是挑战,因为难以在发酵结束时测量精确的液体体积。在文献中使用了各种理论和实验方法来计算乙醇产率。这项工作的目的是证明使用不同方法计算的乙醇产量的变化,并需要确定全面且可靠的方法。本文讨论了文献中报道的各种方法,并提出了一种计算乙醇产量的新理论方法。从新方法获得的乙醇产率类似于使用综合实验方法获得的乙醇产率。

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