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Investigation of Discoloration of Packaged Fortified Salt under Conditions Relevant to Product Packaging and Storage

机译:在与产品包装和储存有关的条件下,包装的强化盐变色的研究

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Double fortified salt containing both potassium iodate and ferrous fumarate microcapsules was produced at an Indian commercial facility. The packaged product became discolored, turning yellow, to a degree that would impact consumer acceptance. Therefore, there was a need for an investigation into the cause and possible remedy for this discoloration. The components of the fortified salt product, storage conditions, and processing characteristics were taken into consideration. Canadian and Indian salt samples were prepared unfortified as well as with iodine and/or iron microcapsules; stored at 25°C and 45°C in glass, polyethylene, or commercial polymer film. Some samples were heat treated prior to storage. Salt samples containing iodine that were heated before storage in packaging material turned yellow in color. From this study, it was found that due to heat and the presence of a sacrificial antioxidant component in the packaging film, potassium iodate was reduced to elemental iodine (I2) turning packaged salt samples to a yellow/orange color. Hence it is recommended that in the manufacture of foods containing potassium iodate, the packaging material selected should be free from readily accessible antioxidants.
机译:含碘酸钾和富马酸亚铁微胶囊的双重强化盐是在印度的一家商业设施中生产的。包装后的产品变色,变黄,影响消费者的接受程度。因此,需要调查这种变色的原因和可能的补救措施。考虑了强化盐产品的成分,储存条件和加工特性。加拿大和印度的食盐样品未经强化,以及碘和/或铁微胶囊的制备;分别在25°C和45°C下储存在玻璃,聚乙烯或商用聚合物薄膜中。一些样品在储存前要进行热处理。在将含碘的盐样品存储在包装材料中之前先加热,然后颜色变为黄色。从这项研究中发现,由于热量和包装膜中牺牲性抗氧化剂成分的存在,碘酸钾被还原成元素碘(I2),使包装的盐样品变成黄色/橙色。因此,建议在生产含碘酸钾的食品时,所选包装材料应不含容易获得的抗氧化剂。

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