Application of nanotechnology for optimization of bleaching efficiency of edible oils

Rania IM Almoselhy, Rania I.M. Almoselhy
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引用次数: 1

Abstract

Nanotechnology is the recent science dealing with materials at the nano-sized (smaller than 100nm). Nanotechnology showed its potential significance in almost all industrial sectors. In the current paper, the potency of nanotechnology was affirmed in the food science and technology, especially in the manufacturing of edible oils which passes many procedures, from which is the most important step of bleaching edible oils to remove colorants and contaminants and enhance the quality parameters of these vital components of the human diet. Bleaching process made use of bleaching earth powder which was converted into the nano-sized and then utilized in the bleaching process of edible oils. Results showed the powerful bleaching efficiency optimized by applying nanotechnology in converting the bleaching earth powder to the nano-sized through mechanical milling processes which resulted in smaller size in nanoscale with more efficient surface area available for adsorption of colorants and contaminants of the edible oils resulting in pure edible oils of superior quality and safety.
纳米技术在食用油漂白效率优化中的应用
纳米技术是研究纳米级(小于100纳米)材料的最新科学。纳米技术在几乎所有工业部门都显示出其潜在的意义。本文肯定了纳米技术在食品科学和技术中的潜力,特别是在食用油的生产过程中,通过许多程序,其中最重要的一步是漂白食用油,以去除色素和污染物,提高人类饮食中这些重要成分的质量参数。漂白工艺是将漂白土粉转化成纳米级,再用于食用油的漂白工艺。结果表明,将纳米技术应用于漂白土粉的机械磨粉工艺中,优化了漂白效果,使漂白土粉在纳米尺度上具有更小的尺寸和更大的表面积来吸附食用油中的着色剂和污染物,从而获得优质安全的纯食用油。
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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