mollen型干燥机的设计与施工研究

A. Sutrisno
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摘要

本课题研究的目的是为中小企业的干果汁生产提供应用。该研究为干燥机的利用提供了更多的选择,使用干燥的空气作为加热介质。其原理是将热风吹入熔融管,通过熔融管的旋转和搅拌筒内搅拌器的运动进行物料混合,使热空气向整个被加热物料扩散,使水分蒸发,从而获得良好的干燥产品。本文的研究步骤为:文献研究、基础设计、详细工程设计(DED)、详细工程设计(DED)修订、设计仿真、施工材料制备、mollen干燥器施工、操作干燥产品试验。结果从莫伦干燥机干燥测试desgned和建造,与气流之间的1.1 m / s - 4.5 m / s操作大约4 - 5个小时期间,我们得到了菠萝粉等于550克,含水量等于2.71%,和维生素C的含量约为16.13毫克/ 100克,从菠萝水果提取物总溶解固体等于16 obrix增强了糖等于1100 g含水量等于82.3%。设计了一套可全面运行的熔融干燥机,施工效果良好,效率高。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
DESIGN AND CONSTRUCTION STUDY OF MOLLEN DRYER TYPE
The aim of this research for mollen dryer project is to give application to small and  middle industries in dry juice production. Benefit from this research was to give more choice for dryer utilize, with used dried air as heating media. The principal of this mollen dryer was based on hot air blows into mollen tube, rotation of mollen tube and move of agitator in mollen tube to material  mixing was to spreading of heated air over to entire heating material and water evaporating to get good dried products criterion. The steps of  this studied as followed : literature studied, basic designing, detail engineering design (DED), revision of DED, design simulation, prepared of  construction material, construction of mollen dryer, and test of operational to dried products.  The result from drying tested of mollen dryer which had desgned and constructed,  with air flow between 1.1 m/s -  4.5 m/s during operating about 4 - 5 hours, we got pineapple powder equal to 550 g, water content equal to 2.71 %, and the content of vitamin C about 16.13 mg / 100 g, from pineapple fruit extracts with total dissolved solid equal to 16 obrix  which have been enhanced by sugar equal to 1100 g with water content equal to 82.3 %. Totally operational of mollen dryer have been designed and construction was efficient, effective, and good.  
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