微波低温干燥技术对八角茴香干燥温度的优化

Ha Tran, Thi Bich Thao Ma, Phuong Nguyen, Thi Hong Nguyen, Van Lieu Vu
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引用次数: 0

摘要

本研究的目的是在热泵结合微波干燥系统上,采用微波低温干燥技术,优化八角茴香的干燥温度,使八角茴香的干燥时间最短,精油含量最高。研究使用的原料是2021年8月在谅山省文泉区收获的新鲜大茴香。实验测定了30、35、40、45、50、55℃等干燥温度对大茴香干燥时间和精油含量(干燥后大茴香含水量≤10%)的影响。研究结果确定,低温干燥技术结合微波干燥八角果的最佳温度为48.7±10℃,干燥时间为530±5分钟,干燥八角果中精油含量达到9.9 ml/100 g。这些实验研究成果为确定郎松八角茴香精油含量提供了科学依据,为利用低温干燥技术结合微波干燥八角茴香提供了技术参数,有利于实现大茴香的产业化生产加工,提高商品价值,服务于出口。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Optimisation of the drying temperature of star anise by low-temperature drying technique combined with microwave
The purpose of this study is to optimise the drying temperature of star anise fruit using the low-temperature drying technique combined with microwaves on a heat pump combined with microwave drying system so that the drying time is shortest and the essential oil is highest. The raw materials used for the research are fresh anise harvested in Van Quan district, Lang Son province in August 2021. Experimentally, the effects of drying temperatures at the levels: 30, 35, 40, 45, 50 and 55oC have been determined on drying time and essential oil content in dried anise fruit (moisture content of anise fruit after drying ≤10%). Research results have determined that the optimal temperature for drying anise fruits using the low-temperature drying technique combined with microwaves is 48.7±1oC, drying time is 530±5 minutes, and the essential oil content in dried star anise fruits reaches 9.9 ml/100 g. These experimental research results have provided a scientific basis for the essential oil content of Lang Son star anise fruit, and technical parameters for drying star anise fruit using low-temperature drying techniques combined with microwaves, helping the production and processing of anise on an industrial scale, increasing the value of goods and serving export purposes.
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