Contamination of the central medical air supply with water leading to mass ventilator failure

IF 0.8 Q3 ANESTHESIOLOGY Anaesthesia reports Pub Date : 2023-06-30 DOI:10.1002/anr3.12239
J. J. X. Chia, M. H. Goh, M. M. Goh, C. W. S. Teo, K. H. Tan, D. W. Sewa, H. F. Ng
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引用次数: 1

Abstract

Here, we present a case of mass ventilator failure due to contaminated medical air. Multiple ventilators failed routine tests, including almost all of the ventilators in our intensive care unit. A faulty air compressor had led to water contamination of our centre's supply of medical air. Water entered the pipeline supply of air and, hence the ventilators and anaesthetic machines. The disruption of the machines' proportional mixer valve resulted in unreliable delivery of fresh gas flow. This malfunction was discovered during routine pre-use checks, and backup ventilators were available to replace the faulty ventilators. A shortage of equipment was averted due to a serendipitous availability of ventilator stockpiles prepared for the COVID-19 pandemic. Ventilator shortages are commonly described in mass casualty and pandemic scenarios. While there are multiple strategies described in literature to augment and maximise equipment available for mechanical ventilation, stockpiling equipment remains an expensive but necessary component of disaster contingency planning.

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中央医疗供气被水污染导致大量呼吸机故障
在此,我们报告一例因医疗空气污染而导致呼吸机大面积失效的病例。多个呼吸机没有通过常规测试,包括我们重症监护室的几乎所有呼吸机。一台故障的空气压缩机导致我们中心的医用空气供应受到水污染。水进入管道供应空气,因此呼吸机和麻醉机。机器比例混合阀的损坏导致新鲜气体流量的输送不可靠。该故障是在常规使用前检查中发现的,并且有备用通风机可以替换故障的通风机。由于为COVID-19大流行准备的呼吸机库存偶然可用,避免了设备短缺。在大规模伤亡和大流行的情况下,通常会描述呼吸机短缺。虽然文献中描述了多种策略来增加和最大化机械通风设备,但储存设备仍然是一个昂贵但必要的灾害应急计划组成部分。
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