Thermal Comfort In Recreational Facilities: Examining the Effect of Misting Systems

Abstract

This paper delves into the significance of misting systems in enhancing thermal comfort in indoor and outdoor environments, particularly in recreational facilities. It explores how misting systems regulate temperature and humidity to create optimal thermal conditions for users. The evolution of misting-cooling systems as integrated design solutions for outdoor spaces is also discussed, highlighting their benefits in achieving and maintaining thermal comfort. Thermal comfort plays a crucial role in the overall experience of individuals in recreational facilities. Misting systems have emerged as effective tools for regulating temperature and humidity levels, thereby enhancing the comfort of users. These systems have evolved over time to become integral components of indoor and outdoor design, offering a range of benefits in creating ideal thermal conditions. Misting systems operate by releasing fine water droplets into the air, which evaporate quickly, absorbing heat and lowering the surrounding temperature. This process helps to cool the environment and maintain optimal humidity levels, contributing to a more comfortable experience for individuals in recreational spaces. The use of misting systems in recreational facilities offers several advantages, including improved thermal comfort, energy efficiency, and enhanced user experience. By creating a pleasant microclimate, these systems contribute to increased satisfaction among visitors and can help attract more patrons to the facility. Misting-cooling systems have undergone significant advancements in recent years, with a focus on integrating them seamlessly into outdoor spaces. By considering factors such as site topography, vegetation, and daily shade patterns, designers can optimize the effectiveness of misting systems in controlling microclimatic conditions. Keywords: Thermal Comfort, Recreational Facilities, Misting Systems, Droplets, Vegetation