A Case Study of On-site Infection Risk Assessment in a Healthcare Facility Using Tracer Gas Method

Seungmin Jang, BeopGyu Lim, Jinkyun Cho
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Abstract

This case study analyzed the field evaluation of cross-infection and infection risk using the tracer gas method in mobile infectious disease isolation facilities, focusing on the concept of indoor air dilution through a three-step protocol. Protocol A determines the release concentration of the tracer gas to be used in the experiment, Protocol B presents a method for measuring cross-infection in a single room, and Protocol C involves a statistical analysis of measurement uncertainties to enhance accuracy and reliability. Based on the presented field evaluation, it is possible to assess the infection risk in an indoor air environment of existing or new medical facilities in practical operation. Therefore, it is considered a valuable operational guideline and verification method to minimize cross-infection, implement an effective air conditioning system, and safeguard healthcare workers
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用示踪气体法评估医疗机构现场感染风险的案例研究
本案例分析了在流动传染病隔离设施中使用示踪气体法对交叉感染和感染风险的现场评估,重点介绍了室内空气稀释的概念,通过三步方案。方案A确定了实验中使用的示踪气体的释放浓度,方案B提出了单室交叉感染的测量方法,方案C涉及测量不确定度的统计分析,以提高准确性和可靠性。根据提出的现场评价,可以评估现有或新建医疗设施在实际运行中的室内空气环境中的感染风险。因此,它被认为是一种有价值的操作指南和验证方法,以尽量减少交叉感染,实施有效的空调系统,并保护医护人员
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