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Estimation of Temperature DependentParameters of a Batch AlcoholicFermentation Process

机译:批量素沉积过程的温度依赖性分数估算

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In this work, a procedure was established to develop a mathematical model considering the effect of temperature on reaction kinetics. Experiments were performed in batch mode in temperatures from 30 to 38°C. The microorganism used was Saccharomyces cerevisiae and the culture media, sugarcane molasses. The objective is to assess the difficulty in updating the kinetic parameters when there are changes in fermentation conditions We conclude that, although the re-estimation is a time-consuming task, it is possible to accurately describe the process when there are changes in raw material composition if a re-estimation of parameters is performed.
机译:在这项工作中,建立了一种方法,以发展考虑温度对反应动力学的影响的数学模型。 在30至38°C的温度下以批量模式进行实验。 使用的微生物是酿酒酵母酿酒酵母和培养基,甘蔗糖蜜。 目的是评估在发酵条件的变化时更新动力学参数的难题,我们得出结论,尽管重新估计是耗时的任务,但是当原料中有变化时,可以准确描述该过程 如果执行参数的重新估计,则构图。

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