Design, manufacturing and test of a mixed-mode solar dryer for food products

S. Chemkhi
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Abstract

This work was focused on the experimental study of a mixed-mode solar dryer. This dryer is designed and manufactured at the mechanical engineering department of ISSAT Kairouan. Mainly a solar collector, a drying box equipped with three trays for crops and covered with a transparent glass cover, a chimney, composes it and it is equipped with an electric air fan. The presented dryer is characterized by two coupled heat transfer modes; convective heat transfer and direct solar radiation to dry the food products. The solar dryer is tested in Kairouan city during June 2022 and applied to dry two food products, red pepper and banana. The experimental results are acceptable and the system present high thermal efficiency and short dying time from 4 to 7 hours. Compared to conventional convective drying in a tunnel dryer, the solar system can save a lot of energy and reduce the drying time considerably. Moreover, the final quality of the dry products is acceptable for human safe consumption.
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食品用混合模式太阳能干燥机的设计、制造与试验
本文对混合模式太阳能干燥机进行了实验研究。该烘干机是由ISSAT凯柔机械工程部设计制造的。主要由太阳能集热器、装有三个托盘的干燥箱、透明玻璃罩、烟囱和电风扇组成。该干燥器具有两种耦合传热模式;对流传热和太阳直接辐射干燥食品。该太阳能烘干机将于2022年6月在开滦市进行测试,并用于干燥红辣椒和香蕉两种食品。实验结果令人满意,该系统热效率高,染色时间短,仅为4 ~ 7小时。与传统的隧道式干燥机中的对流干燥相比,太阳能系统可以节省大量的能源,并大大缩短干燥时间。此外,干燥产品的最终质量是可接受的人类安全消费。
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