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Evaluation of HVAC Design Parameters in High-Performance Hospital Operating Theatres

机译:高性能医院手术室HVAC设计参数的评估

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摘要

Unidirectional flow air-conditioning systems are suitable for achieving indoor air quality required in high-performance operating rooms (organ transplants, cardiac surgery, aorta, orthopedic, burns, etc.). This paper analyzes indoor environmental conditions and technical and hygienic requirements for the design of heating, ventilation, and air-Conditioning (HVAC) systems for high-performance operating theatres. The main standards applicable to this type of operating rooms were compiled. Standard UNE 100713:2015, ASHRAE Standard 170-2017, and the European pre-norm EN 16244 were analyzed. A case study shows the lack of uniformity in design criteria and their ranges of values, which generates different design approaches. It was concluded that using these standards applicable to high-performance operating rooms leads to very different indoor environmental conditions for patients and medical personnel—air velocity profiles, air movement pattern, temperature, relative humidity gradients, and pressure stratification. Computational fluid dynamics (CFD) studies have been shown to detect areas of haven that favor microbiological load accumulation. In this way, it is possible to define cleaning protocols to attend these anomalies in a preventive way.
机译:单向流动空调系统适用于达到高性能手术室(器官移植,心脏手术,主动脉,骨科,烧伤等)所需的室内空气质量。本文分析了室内环境条件以及为高性能手术室设计供暖,通风和空调(HVAC)系统的技术和卫生要求。汇编了适用于此类手术室的主要标准。分析了UNE 100713:2015标准,ASHRAE标准170-2017和欧洲预规范EN 16244。案例研究表明,设计标准及其取值范围缺乏统一性,从而产生了不同的设计方法。结论是,使用适用于高性能手术室的这些标准导致患者和医务人员的室内环境条件大不相同-空气流速曲线,空气运动方式,温度,相对湿度梯度和压力分层。计算流体动力学(CFD)研究已经显示出可以发现有利于微生物负荷积累的避风港区域。以此方式,可以定义清洁方案以预防性方式应对这些异常。

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