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Optimisation of microwave-assisted processing in production of pineapple jam

机译:菠萝堵塞生产微波辅助加工的优化

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Pineapples are available all year round since they are unseasonal fruits. Due to the continuous harvesting of the fruit, the retailers and farmers had to find a solution such as the processing of pineapple into jam, to treat the unsuccessfully sold pineapples. The direct heating of pineapple puree during the production of pineapple jam can cause over degradation of quality of the fresh pineapple. Thus, this study aims to optimise the microwave-assisted processing conditions for producing pineapple jam which could reduce water activity and meets minimum requirement for pH and total soluble solids contents of fruit jam. The power and time of the microwave processing were chosen as the factors, while the water activity, pH and total soluble solids (TSS) content of the pineapple jam were determined as responses to be optimised. The microwave treatment on the pineapple jam was able to give significant effect on the water activity and TSS content of the pineapple jam. The optimum power and time for the microwave processing of pineapple jam is 800 Watt and 8 minutes, respectively. The use of domestic microwave oven for the pineapple jam production results in acceptable pineapple jam same as conventional fruit jam sold in the marketplace.
机译:菠萝可全年可用,因为它们是不挑战的水果。由于持续收获水果,零售商和农民必须找到一种解决方案,例如菠萝加入堵塞,以治疗未成功的菠萝。菠萝果酱在菠萝果酱生产过程中直接加热可能导致新鲜菠萝的质量降解。因此,本研究旨在优化微波辅助加工条件,用于生产菠萝堵塞,这可能降低水性活性并满足水果堵塞的pH和总可溶性固体含量的最低要求。选择微波处理的功率和时间作为因素,而菠萝堵塞的水活性,pH和总可溶性固体(TSS)含量被确定为待优化的反应。菠萝果酱的微波处理能够对菠萝堵塞的水活性和TSS含量产生显着影响。菠萝堵塞微波处理的最佳功率和时间分别为800瓦,8分钟。使用国内微波炉为菠萝果酱生产导致可接受的菠萝果酱与在市场上销售的常规水果果酱相同。

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