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Improvement of the Indoor Environment and Airborne Contamination Control in an Operating Room

机译:改善手术室的室内环境和空气污染控制

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Modern operating rooms are increasingly turning to contamination control by ventilating technology for the infectious control. The objective of this study is to present the strategic approach on performance improvement of the ventilating system for a hospital operating room under limit budget. A physical partition curtain has been proposed and conducted around the high efficiency particulate air (HEP A) filter of an operating room to validate the improvement of air distribution and contamination control. Numerical simulation of a full-scale operating room has been carried out at a district hospital. The results from computer simulation revealed that the improvement of airflow could be achieved satisfactorily by the application of a physical partition curtain at the length of 1.2 m. Ventilation performance could be assessed extensively not only by airflow distribution and concentration profile but also by the calculation of contamination concentration decay.
机译:现代操作室越来越多地通过通风技术对传染性控制的污染控制。本研究的目的是展示下限预算下医院手术室通风系统性能改进的战略方法。已经提出了一种物理分隔窗帘,并在操作室的高效颗粒空气(HEP A)过滤器周围进行,以验证空气分布和污染控制的改善。全尺度手术室的数值模拟已在地区医院进行。计算机模拟的结果显示,通过在1.2米的长度下施加物理分区窗帘,可以令人满意地实现气流的改善。不仅可以通过气流分布和浓度分布,可以广泛地评估通风性能,而且可以通过计算污染浓度衰减。

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