Studies on Dehydration of Fig (Ficus carica L.)

S. D. Shelar, V. Kad, G. Yenge
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Abstract

The fresh, ripe fig fruits of cultivar ‘Poona’ were subjected to pre-treatments of dipping oil with two concentrations i.e. 34 and 38 ppm. The fruits were dipped in dipping oil for 1 minute and then subjected to sulphur fumigation for 2 h. Fig fruits were then dipped in three concentrations of sugar syrup i.e. 50, 60 and 70°Brix for 48 hour to reach desired total soluble solids and then dried at 55°C temperature till 18-20 per cent (wb) moisture content was attained. While drying, moisture content, drying rate and moisture ratio were monitored at 1 hour interval. It was observed that rate of moisture reduction as well as drying rate was higher for figs treated with higher concentration of dipping oil (38 ppm) as well as immersed in sugar syrup solution of high concentration (60°Brix). Drying process showed only a falling rate period. The exponential equation of moisture ratio verses drying time provides excellent fit to the experimental data on drying of fig sample with highest drying constant (k) and R2 value.
无花果(Ficus carica L.)脱水研究
新鲜、成熟的“Poona”无花果果实进行了两种浓度的浸渍油预处理,即34和38 ppm。无花果果实在浸渍油中浸泡1分钟,然后进行硫磺熏蒸2小时。然后无花果果实在三种浓度的糖浆中浸泡48小时,即50,60和70°白度,以达到所需的总可溶性固体,然后在55°C温度下干燥,直到水分含量达到18- 20% (wb)。在干燥过程中,每隔1小时监测水分含量、干燥速率和水分比。结果表明,较高浸渍油浓度(38 ppm)和高浓度糖浆溶液(60°白度)浸泡处理的无花果的减湿率和干燥率较高。干燥过程仅呈现下降速率周期。水分比-干燥时间的指数方程与无花果样品最高干燥常数k和R2值的干燥实验数据拟合良好。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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