Using water wall like air humidifier

K. Čákyová, F. Vranay, Z. Vranayová
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Abstract

Abstract This paper presents experimental results of the study of falling water film evaporation from water wall. The contribution is divided into several parts. The introduction is devoted to the theoretical part of the use, then the prototype of the water wall is presented and its most important parts are described. In order to verify the humidification performance of the water wall, experimental verification under laboratory conditions (climate chamber) was chosen. One task for the definition of water wall evaporation potential is to determine and develop the measuring system, which is clearly defined in article. The present document describes the methodology and boundary conditions during experiments. Plate heat exchanger ensured a water temperature in the system approximately 23 °C hot during all measurements. A total of 4 measurements were performed at different air temperatures and relative humidity. The results showed that at different temperatures and relative humidity of air, the water wall has a different humidification performance.
采用水冷壁式空气加湿器
摘要本文介绍了水壁降水膜蒸发的实验结果。贡献分为几个部分。引言部分主要介绍了水冷墙的使用理论部分,然后介绍了水冷墙的原型,并对其重要部分进行了描述。为了验证水冷壁的加湿性能,选择在实验室条件下(气候室)进行实验验证。确定和研制水冷壁蒸发势的测量系统是水冷壁蒸发势定义的任务之一,本文对此进行了明确的定义。本文描述了实验的方法和边界条件。板式热交换器确保在所有测量过程中系统中的水温约为23°C。在不同的空气温度和相对湿度下,共进行了4次测量。结果表明,在不同的空气温度和相对湿度下,水冷壁具有不同的加湿性能。
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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