Research on Energy Saving and Environmental Protection Electric Power Grain Circulation Drying System

Guiying Wang, F. Qiao, Zhongfen Yue
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引用次数: 1

Abstract

A 50-ton/batch electric grain circulation drying system was designed that adopted clean electric energy as a drying heat source. The exhaust gas of the dryer was recycled after condensation and dehumidification. The drying system has the advantages of energy saving and environmental protection. The corn drying test showed that the specific heat consumption was 3185 kJ/kg H2O in close operating mode, compared to the Chinese standard of 5700 kJ/kg H2O, and the energy consumption ratio was 44%. This research pioneers a way of saving energy and protecting the environment from drying and comes up with a new thought on how to utilize the waste heat from exhaust gas and the latent heat released by the evaporation of water vapor reasonably.
节能环保电力粮食循环干燥系统的研究
设计了以清洁电能为干燥热源的50吨/批电动粮食循环干燥系统。干燥机废气经冷凝除湿后循环利用。该干燥系统具有节能环保的优点。玉米干燥试验表明,密闭工况下的比热耗为3185 kJ/kg H2O,而我国标准为5700 kJ/kg H2O,能耗比为44%。本研究开辟了一条节能环保的干燥之路,并对如何合理利用废气余热和水蒸气蒸发潜热提出了新的思路。
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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