AN EXPERIMENTAL STUDY OF SHATKORA (CITRUS MACROPTERA) IN A TRAY DRYER : EFFECT ON DRYING KINETICS AND PRODUCT QUALITY

M. R. Uddin, Syeada Nelima Akter, Shahriar Pervez, Thurga Devi Munusamy, M. Khan
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Abstract

Citrus macroptera is a citrus fruit locally known as Shatkora and the fruit of this plant were used for various purposes especially for cooking and also as an odorant in perfume industries.In this research work, Shatkora peel was dried using a laboratory scale tray dryer. The experimental work was conducted at an inlet temperature of 40–60°C and velocities from 0.5–0.9 m/s. Besides, the thickness of the layer was varied between 2– 10 mm. The results demonstrated that the rate of drying was increased accordingly with rise in both air temperature and air velocity however a decreased in layer thickness was noticed. At high air temperature, moisture content of solid achieved equilibrium state within short period of time. On the other hand, moisture diffusivity of Shatkora was evaluated by applying Fick’s second law and the value was varied from 1.78 × 10-8 to 2.83 × 10-7. In  addition, activation energy was determined by using Arrhenius type relation and 19.70 kJ/mol was obtained.
大翅目柑橘在托盘干燥机中的实验研究:对干燥动力学和产品质量的影响
大翅柑橘是一种柑橘类水果,在当地被称为Shatkora,这种植物的果实被用于各种目的,特别是烹饪,也作为香水工业的气味剂。在这项研究工作中,使用实验室规模托盘干燥机干燥夏克拉果皮。实验工作在进口温度40-60℃,速度0.5-0.9 m/s的条件下进行。此外,层厚在2 ~ 10 mm之间变化。结果表明,随着空气温度和风速的升高,干燥速率相应增加,而层厚则减小。在较高的空气温度下,固体含水率在短时间内达到平衡状态。另一方面,利用菲克第二定律评价了夏可拉的水分扩散系数,其值在1.78 × 10-8 ~ 2.83 × 10-7之间变化。利用Arrhenius型关系确定了活化能,得到了19.70 kJ/mol。
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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