辣木籽粉替代醋酸铅作为甜菜糖汁样品的混凝剂

M. Hassouna, M. El-Sharqawy, M. M. Hassanien
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引用次数: 0

摘要

醋酸铅是糖业质量控制实验室中最常用的混凝剂,用于澄清果汁样品。由于其已知的毒性作用、健康危害和对环境的极端有害影响,本研究的重点是寻找一种高效、安全、经济、环保的替代混凝剂。一种由辣木(M.o)种子制成的粉末富含植物化学物质和抗菌剂,经测试可产生一种能够澄清果汁样品的天然混凝剂。所生产的混凝剂被证明是有效的,并且有可能比极其有害的醋酸铅具有更好的环境性能。3克的M.o种子粉被证明是一种有效的混凝剂,非糖化合物的去除率达到64.14%,并导致正确的糖极化测量。没有办法将醋酸铅的高昂价格与天然和可用的辣木种子的成本进行比较。用三条等温线描述了吸附过程,并用等温线评价了吸附平衡。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Moringa oleifera seeds powder as an alternative coagulant for beet sugar juice samples instead of lead acetate
Lead acetate is the most common coagulant used in quality control laboratories in the sugar industry to clarify juice samples. Due to its known poisonous effects, health hazards, and extremely harmful impact on the environment, this study focused on finding an alternative coagulant that was efficient, safe, cost-effective, and eco-friendly. A powder made from Moringa oleifera (M.o) seeds, which is rich in phytochemicals with antimicrobials, was tested to produce a natural coagulant capable of clarifying the juice samples. The produced coagulant proved efficient and was potentially characterized by a better environmental performance than the extremely harmful lead acetate. An amount of three grams of M.o seedpowder proved to be an effective coagulant, achieving a 64.14 % removal of non-sugar compounds and led to the correct sugar polarimetric measurements. There is no way to compare the exorbitant price of lead acetate to the cost of naturally and available occurring Moringa seeds. The adsorption process was described by three adsorption isotherms, which were applied to evaluate the adsorption equilibrium.
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