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Abstract: Liquid desiccant dehumidification/regeneration systems have drawn much attention due to their energy saving potentials. Assisted with the ultrasonic atomization technology, liquid desiccant regeneration system (i.e. UARS) could be enhanced significantly and promising performance has been reported experimentally. However, due to the exhausting experimental process, the existing studies were conducted within limited conditions while the status inside the regenerator chamber is still unclear. In this work, simulations were carried out with the commercial software to extend the performance study of UARS and reveal the conditions within the regenerator during the regeneration process. The modelling results were validated with the existing experimental data and good agreement was achieved. It was found that the effective desiccant regeneration process can be realized by the UARS with inlet temperature of the desiccant solution as low as 35°C. Furthermore, with the smaller diameters of the desiccant droplets adopted, the system regeneration performance was boosted substantially.
Author : Min Zhang
ISBN : 9781351648714
Genre : Technology & Engineering
File Size : 29.5 MB
Format : PDF, ePub, Docs
Download : 910
Read : 1010
This handbook provides a comprehensive overview of the processes and technologies in drying of vegetables and vegetable products. It discusses various technologies such as hot airflow drying, freeze drying, spray drying, solar drying, microwave drying, radio frequency drying, infrared radiation drying, ultrasound assisted drying, and smart drying. It covers drying of different parts and types of of vegetables such as mushrooms and herbs, properties of pigments, nutrients, texture, etc. during drying process and dried products storage, nondestructive measurement and monitoring of moisture and morphological changes during vegetable drying, novel packaging, and computational fluid dynamics.
ISBN : 9781490103341
Genre : Science
File Size : 86.21 MB
Format : PDF
Download : 837
Read : 1111
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