Engineering School, Faculty of Agroindustrial Engineering, Universidad Pontificia Bolivariana, Medellin, Colombia.
Recent Pat Food Nutr Agric. 2021;12(1):19-28. doi: 10.2174/2212798411666201125114243.
This article aims to present the results of a literature review on food milling, to identify the most recent uses, types of mills, and new grinding trends.
For this, a search was made with the keywords "grinding", "milling" and "food" in the Scopus, which yielded 192 articles, 52 of which directly related to food, were analyzed.
Contributions were found related to various types of grinding such as cryogenic grinding, nano-scaled grinding, ultrafine and superfine grinding. The authors highlighted the uses of these types of milling in agro-industrial products such as nutmeg (Myristica fragrans), wheat bran (Triticum spp.), ginger (Zingiber officinale), and green tea powder (Camellia sinensis), among others.
It is observed that engineering texts dealing with theoretical and analytical food milling operations do not emphasize the new trends found. As a complementary part of this study, eight patents related to cryogenic grinding in food were analyzed, identifying uses of this type of grinding in coffee, lipids, lycopene, proteins, grains, and seeds. Besides, a search was carried out to find out commercial suppliers of cryogenic grinding equipment, in which six companies from China with their equipment were identified.
本文旨在呈现关于食品粉碎的文献综述结果,以确定最新用途、粉碎机类型和新的研磨趋势。
为此,在 Scopus 中使用“研磨”、“粉碎”和“食品”等关键词进行了搜索,共得到 192 篇文章,其中有 52 篇直接与食品相关,对这些文章进行了分析。
发现了与各种类型的粉碎有关的研究,如低温粉碎、纳米级粉碎、超细粉碎和超微粉碎。作者强调了这些类型的粉碎机在农产品如肉豆蔻(Myristica fragrans)、麦麸(Triticum spp.)、姜(Zingiber officinale)和绿茶粉(Camellia sinensis)等方面的应用。
可以看出,涉及食品粉碎理论和分析操作的工程文本并没有强调所发现的新趋势。作为这项研究的补充部分,分析了 8 项与食品低温粉碎相关的专利,确定了这种粉碎在咖啡、脂类、番茄红素、蛋白质、谷物和种子中的应用。此外,还进行了一项搜索,以了解低温粉碎设备的商业供应商,其中确定了来自中国的 6 家公司及其设备。