Mass transfer study on the microwave heating of cured vanilla pods extraction by applying isolated rumen liquid of cellulase

V. Paramita, M. Yulianto, S. Nugroho, B. Surastri, I. Sundarni, A. Oktawiyono
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引用次数: 1

Abstract

This research focused the study on the enzymatically extraction mass transfer of vanillin from cured vanilla pods. The novelty and the main innovations of this research is the development of hydrolysis-extraction process by using enzymatic extractor conducted with microwave. The enzyme of cellulose was isolated from rumen liquid. It can disrupt the shell wall of the pods in order to shift the equilibrium phase, therefore spurring the extraction rate and yield. The analysis of vanillin content was performed by using high performance liquid chromatography, following by the application of Matlab software in order to analyze the mass transfer of vanillin into continuous phase. The mass transfer coefficient of enzymatically extraction of cured vanillin content at 40 °C was found at 3.8116 s−1 which greater than the extraction without enzyme, found at 3.1523 s−1.
应用纤维素酶瘤胃分离液微波加热提取香草荚的传质研究
本研究主要研究了酶法提取香兰素的传质过程。本研究的新颖性和主要创新点是利用微波进行酶解萃取工艺的开发。从瘤胃液中分离得到纤维素酶。它可以破坏豆荚的壳壁,以改变平衡相,从而刺激提取率和产量。采用高效液相色谱法对香兰素含量进行分析,利用Matlab软件对香兰素在连续相中的传质过程进行分析。40℃条件下,酶提法提取香兰素含量的传质系数为3.8116 s−1,大于无酶提法的传质系数3.1523 s−1。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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