Experimental studies on drying of orange peel in solar tunnel dryer using sensible heat storage material

Sandeep Bukke, B. Pillai, A. Karthikeyan
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引用次数: 4

Abstract

A solar tunnel dryer along with solar air heater has been built with sensible heat storage material at VIT University, Vellore, mainly for drying agricultural and horticulture product on small scale. The pebbles coated with black color are used as sensible heat storage material, in the dryer. A mass of 36 Kgs are used inside the dryer. The current paper determines the performance of the dryer to dry orange peels. It took 14 hrs to dry in natural convection where as it took 8 hrs to dry in natural convection along with sensible heat storage material. Solar tunnel dryer integrated with solar air heater and sensible heat storage material represents a more drying efficiency than mechanical dryers no additional cost is used to run and maintaining of dryer and natural convection with sensible heat storage is a good method improving performance of the dryer.
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利用显热储能材料在太阳能隧道干燥机中干燥柑桔皮的试验研究
Vellore VIT大学利用显热储存材料建造了太阳能隧道式干燥机和太阳能空气加热器,主要用于小型农业和园艺产品的干燥。涂有黑色的鹅卵石在烘干机中用作显热储存材料。烘干机内部使用了36公斤的重量。当前的纸张决定了烘干机干燥橘子皮的性能。在自然对流中干燥需要14小时,而在自然对流中干燥需要8小时,同时还有显热储存材料。太阳能隧道式干燥机采用太阳能空气加热器和显热储存材料,比机械干燥机具有更高的干燥效率,并且不需要额外的运行和维护成本,自然对流显热储存是提高干燥机性能的一种很好的方法。
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