TXRF法分析新鲜和巴氏杀菌橙汁

Thiago Elias Milani, A. Andrello
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引用次数: 0

摘要

橙子被认为是巴西柑橘农工业综合体的主要产品。然而,在2016年底,ANVISA指出,由于在种植过程中使用杀虫剂造成污染,橙色是一种危险产品。因此,在这种情况下,对新鲜和巴氏杀菌橙汁中存在的化学元素进行分析变得非常重要。因此,这项工作旨在使用TXRF技术量化新鲜和巴氏杀菌橙汁中存在的元素。在隆德里纳PR市的一家商店里采集了Pêra品种的新鲜橙汁样本,并对其进行了分析;在圣保罗Itápolis的一家商店购买了三个橙子样本,在农村地区又获得了五个Pêra橙子样本。对柑橘种植中使用的农药样品进行了定量,并对三种不同商标的巴氏杀菌果汁进行了分析。在Itápolis SP市场收集的一些样本中,铅(Pb)元素被量化,但其浓度在巴西立法规定的限度内。在所有巴氏杀菌橙汁样品中都检测到铝元素,表明包装对橙汁元素浓度的影响。这项工作中量化的所有农药都显示出一些微量污染物的显著浓度,但当农药在去离子水中稀释时,这些微量污染物无法量化。
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Fresh and pasteurized orange juice analysis by TXRF
Orange is considered the main product of the Brazilian citrus agro-industrial complex. However, in the end of 2016, the ANVISA pointed out orange as a risky product due to contamination using pesticides in its cultivation. Therefore, in this context, an analysis of the chemical elements present in fresh and pasteurized orange juices becomes extremely relevant. Thus, this work aims to quantify the elements that are present in fresh and pasteurized orange juices, using the TXRF technique. Samples of fresh orange juice of Pêra variety were acquired in a store in the city of Londrina-PR, were analysed; three samples of oranges were purchased at a store in Itápolis, São Paulo and five more samples of Pêra orange were obtained in the rural area. Samples of pesticides used in orange cultivation were quantified, and three different trademarks of pasteurized juice were analysed. In some of the samples that were collected in Itápolis-SP market, lead (Pb) element was quantified, however its concentration was within the limit established by Brazilian legislation. The aluminium (Al) element was detected in all samples of pasteurized orange juice, showing the influence of the packaging on the elemental concentration of the juice. All pesticides quantified in this work showed a significant concentration of some micro-contaminants, but when the pesticide was diluted in deionized water, those micro-contaminants could not be quantified.
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