摘要
本试验通过应用粮库内现有的设施与技术,将储存在粮堆内的冷源有效地利用起来,采用改进的间隙内循环冷热交换装置实现均衡粮堆内的温湿度,控制粮堆上层的平均粮温和最高粮温,以增强储粮稳定性,减少谷冷机的复冷使用,实现延长整仓粮食的储藏周期,确保安全储粮。
This experiment makes full use of cold source stored in grain mass by applying the facilities and technology of grain warehouse. The experiment is trying to balance humiture of grain mass, control the average and maximum temperature on the upper layer of grain mass by adopting the improved interstitial intrinsic cycle quenching heat - exchange device, which can improve the stability of grain storage, reduce the millet refrigerator's repeated use, extend the storage period of grain, and ensure the security of grain storage.
出处
《湖州职业技术学院学报》
2007年第4期68-71,共4页
Journal of Huzhou Vocational and Technological College
基金
2006年浙江省教育厅立项课题<高大平房仓粮堆"冷心粮"内循环控温技术研究>(20060566)
关键词
高大平房仓
冷热交换
内循环
储粮
enormous horizontal warehouse
quenching heat - exchange
intrinsic cycle
grain storage