Heat Transfer and Sterilization Characteristics of an ERV Element Made of Hwang-to Paper

Minjae Cho, Saikee Oh, Y. Ahn
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引用次数: 2

Abstract

: To increase the enthalpy exchange efficiency of ERV elements, the moisture exchange character must be improved. The moisture exchange efficiency depends on material characteristics. The material used for ERV is Hwang-to paper based on Han-ji which is Korean traditional paper. The paper has excellent performance in moisture exchange and heat transfer compared with polymer and other papers. To have an anti bacteria performance and to improve moisture exchange performance of Han-ji, Hwang-to is added to the Han-ji. The enthalpy exchange efficiency of the Hwang-to paper shows 5% greater than that of the conventional paper. In case of Escherichia Coli, the reduction rate of bacteria is 96.6% and in case of Pseudomonas, the reduction rate of bacteria is 97.5%. The ERV element made of Hwang-to paper has a great possibility as an ERV element.
黄豆纸ERV元件的传热与灭菌特性
为了提高ERV元件的焓交换效率,必须改善其水分交换特性。换湿效率取决于材料特性。ERV使用的材料是以韩国传统纸“韩纸”为基础的黄土纸。与聚合物和其他纸张相比,该纸具有优良的换湿和换热性能。为了提高抗菌剂的抗细菌性能和水分交换性能,在汉化剂中加入黄豆。黄陶纸的焓交换效率比普通纸高5%。大肠杆菌的细菌减少率为96.6%,假单胞菌的细菌减少率为97.5%。用黄土纸制作的ERV元件作为ERV元件的可能性很大。
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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