Development of Automatic Control for Temperature-based Reduction of Bitterness in Tarwi

A. Alvino, Martín Matos, C. D. Carpio, Leonardo Vinces
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引用次数: 2

Abstract

This study proposes a system of automatic control of temperature and flow in the process used to reduce the bitterness of Tarwi. The first variable has a direct effect on the debulking process, when the adequate temperature is obtained, an alkaloid of Lupanine name is obtained, this alkaloid (produces discomfort), however, it can present a loss of proteins if the temperature has levels high, that's why the importance of the control of this variable, where according to the tests carried out it was determined that the temperature should be 46 ° C. The process will begin with the acquisition of data, the identification of the system and the design and implementation of the controller and the tests, where it was verified by means of laboratory analysis the extraction of the lupanine until a 0.02% of presence, and with 13.05g per each 100g of tarwi. The present research also addresses the design of the debonding plant with a capacity of 10Kg.
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塔维酒温度降苦自动控制的研究进展
本研究提出了一种温度和流量自动控制系统,用于降低塔维的苦味。第一个变量对减体积过程有直接影响,当获得适当的温度时,获得一种名为羽扇豆氨酸的生物碱,这种生物碱(产生不适),然而,如果温度过高,它可能会导致蛋白质的损失,这就是为什么控制这个变量的重要性,根据所进行的测试确定温度应为46°c。系统的识别和控制器的设计和实施以及测试,其中通过实验室分析的方式进行验证,提取羽扇豆氨酸直到0.02%的存在,并且每100克tarwi中含有13.05克。本研究还讨论了容量为10Kg的脱粘装置的设计。
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