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Novel Dryer cum Grinding Unit: A Thermal Analysis of Herbs Drying

机译:新型干燥机Cum磨削单位:草药干燥的热分析

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The herbs are being extensively used in Indian families as medical purpose in dried state. Many a time, it is open sun dried or control oven dried. But, open sun drying is unhygienic and inefficient process for herb drying. Further, the aroma of the herbs is get compromised at times in control oven drying. The present work discusses the herb drying process cum grinding in controlled sun drying with persevering the aroma and quality of the herb to be dried. The study shows the effect of collector area exposed to sunshine and the useful heat gain at collector end, and in the drying chamber, further the instantaneous thermal efficiency is evaluated. The various heat losses in the cabinet and their effect on the system efficiency are calculated. The area of collector is exposed to sunshine (A_c) (ranging from 0.6 to 1 m~2) for the study. The maximum thermal efficiency obtained is around 85.22%. It is observed that at lower temperature difference, i.e. at 5 °C, the instantaneous thermal efficiency is higher as compared to the 7 °C. Further, total 246 W-h is sufficient for grinding 20 kg dried herbs leaves. This study helps to find out the optimum conditions at which the drying process needs to be performed which would result in improved dryer performance.
机译:草本植物在印度家庭中广泛用于作为干燥状态的医学目的。很多时候,它是露天晒干或控制烤箱干燥。但是,露天干燥是草药干燥的不卫生和低效的过程。此外,在对照烘箱干燥中,草本的香气在控制烘箱中被损害。本作本作探讨了Herb干燥过程Cum在受控的阳光干燥中磨削,并持续处理草药的香气和质量。该研究表明,收集器区域暴露于阳光和收集器端的有用热量增益的效果,以及在干燥室中,进一步评估瞬时热效率。计算机柜中的各种热损失及其对系统效率的影响。收集器面积暴露在阳光下(A_C)(范围为0.6至1M〜2)进行研究。获得的最大热效率约为85.22%。观察到,在较低的温差下,即在5℃下,与7℃相比,瞬时热效率更高。此外,总共246W-H足以研磨20kg干燥的草药叶。本研究有助于找出需要进行干燥过程的最佳条件,这会导致改善的干燥器性能。

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