调理葡萄籽制取油的方法

Carmen Bălțatu, A. Păun, S. Biriș, Dragoş Anghelache, M. Mateescu
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摘要

目前的趋势是最大限度地发挥有限资源的潜力,寻找替代材料融入循环经济。葡萄酒行业仍然是农业和食品行业中最重要的行业之一。因此,marc的再利用和有益元素的提取及其在新产品中的再利用成为研究热点。一旦有了这个目的,问题就在于使用一种方法和技术将葡萄籽从大多数杂质中分离出来。在上述前提下,本文确定了葡萄籽与果渣分离过程中出现的问题,并提出了一种调理方法。通过提出的方法,种子的清洁程度提高了大约。10%,这使得从籽油中提取的油质量更优,并提高了油的提取率。在本文的第一阶段,我们建立了调理葡萄种子的方法,基于对白色苏维浓马克和红色费特斯卡尼格鲁品种的初始样品的分析。阻碍葡萄籽尽可能容易分离的主要问题出现在葡萄挤压过程中,因为首先,葡萄渣会形成块状,其次,很大一部分种子会卡在葡萄皮上。我们收集了马克的初始样品,然后对杂质进行分类和称重,并确定样品中葡萄籽的含量。在种子调理阶段完成后,我们分析了每个阶段收集的残渣量,我们最终得到苏维翁果渣的分离率为13%,feteasceu neagro的分离率为19%。
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Methodology for conditioning grape seeds to obtain oil
The current trend is to maximize the potential of limited resources and find alternative materials to integrate into circulating economy. The wine industry remains one of the most important industries in the agricultural and food sector. Therefore, much research has focused on the reuse of marc and the extraction of beneficial elements and their reuse in new products. Once this purpose is created, the problem is to use a method and technology to separate grape seeds from most impurities. Given the above premise, in this paper, we have identified the problems that have arisen in the process of separating grape seeds from pomace and we have proposed a methodology for conditioning them. Going through the proposed methodology, the degree of cleaning of the seeds is improved by aprox. 10%, which leads to a superior quality of the oil from the seed oil and an improvement in the amount of oil extracted. In the first stage of the paper, we established the methodology for conditioning the grape seeds based on an analysis of the initial sample of the white Sauvignon marc and the red Fetească neagră variety. The main problems that prevent the separation of the seeds as easily as possible appear as a result of the grape squeezing process, because first of all the lumps of the marc are formed, and secondly a significant part of the seeds is stuck in the grape skin. We collected an initial sample of the marc and then we classified and weighed the impurities and determined the amount of grape seeds in the sample. After the completion of the seed conditioning stages, we analysed the amount of residue collected from each stage and we finally obtained a separation yield of 13% for Sauvignon pomace and 19% for Fetească Neagră.
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