VALUE ADDITION OF GRAPES USING HOT AIR DRYERS

M. Ali, Tabish Hassan
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Abstract

This study includes to study the effect of air temperature on raisins and to study the economic analysis of proposed methodology and compare the output with conventional techniques. It can be seen from the results that both the hot air dryers e.g. solar and electric dryer produce raisins in a much lower time in comparison to the traditional method of raisin dryer. Solar dryer takes 96 hours to produce raisin while electric dryer takes 15 hours for raisin production. This time frame for raisin production is much lower than that of 336 hours or 2 weeks, an average time for raisin production using traditional sun drying method. Raisin produced using traditional methods are associated with many of health issues. Generally, raisins produced using the traditional method has a risk of being rotten. Rainwater may reach the grapes that are placed for being dry in traditional method. Such raisin has a light color as its color is washed away. Customers find such raisins less attractive. Moisture content of raisins is an important parameter to evaluate the quality of raisin. Moisture content present in the market available raisin that is produced using traditional method is 25.30 %.
利用热风干燥机对葡萄进行增值
本研究包括研究气温对葡萄干的影响,研究提出的方法的经济分析,并将产量与传统技术进行比较。从结果中可以看出,与传统的葡萄干干燥方法相比,热风干燥机(如太阳能和电动干燥机)在更短的时间内生产葡萄干。太阳能干燥机生产葡萄干需要96个小时,而电动干燥机生产葡萄干需要15个小时。这比传统晒干法生产葡萄干的平均时间336小时或2周要短得多。用传统方法生产的葡萄干与许多健康问题有关。一般来说,用传统方法生产的葡萄干有腐烂的风险。雨水可能会到达用传统方法放置干燥的葡萄。这种葡萄干的颜色很浅,因为它的颜色被洗掉了。顾客发现这样的葡萄干不那么有吸引力。葡萄干的水分含量是评价葡萄干品质的重要参数。目前市场上可用的用传统方法生产的葡萄干的水分含量为25.30%。
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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