潮湿热带气候下肺结核治疗室的开发

Wisdom Sandjaya Papendang, Samuel Yudhatama
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引用次数: 0

摘要

拥有湿润热带气候的发展中国家,如印度尼西亚,仍然存在严重的结核病问题。结核分枝杆菌(MTB)主要引起结核病,并通过活动性结核病患者释放的飞沫传播,这种飞沫在潮湿的热带气候中传播得更快。卫生工作者从结核患者那里感染结核细菌的风险很高,因为医院感染(卫生保健相关感染)被归类为结核。公共卫生中心通常提供普通病房,但没有明确设计以尽量减少结核病感染。印度尼西亚政府没有提供结核病治疗室的设计,因此本研究使用计算流体动力学模拟开发了结核病治疗室(TBTR)原型。TBTR原型分为药物室和痰室。模拟结果显示,TBTR每小时换气量在77 - 94之间,远高于12的最低标准。此外,TBTR显示,室内空气在地板上方80厘米处通过天花板向上流出,而在地板上方40厘米以下的室内空气则通过较低的开口流出。这些通风装置将室内的细菌排出,将感染降至最低
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of Tuberculosis Treatment Room in Humid Tropical Climate
Developing countries with a humid tropical climate, such as Indonesia, still have a severe problem with Tuberculosis (TB). Mycobacterium tuberculosis (MTB) mainly causes TB and is transmitted through droplets released by active TB patients into the air that progress faster in humid tropical climates. Health workers are at high risk of contracting TB bacteria from TB patients because nosocomial infections (healthcare-associated infections) categorize as TB. Public Health Centers usually provide generic rooms but are not explicitly designed to minimize TB infections. The Indonesian government does not offer a TB treatment room design, so this research developed a Tuberculosis Treatment Room (TBTR) prototype using a computational fluid dynamics simulation. The TBTR prototype was split into medicine and sputum room. The simulation showed that the TBTR's air change per hour was between 77 and 94, far above the minimum standard of 12. In addition, TBTR showed indoor air 80cm above the floor flowed upward and out through the ceilings, while indoor air below 40cm above the floor flowed through lower openings. Those ventilation mechanisms expelled the indoor bacteria out and minimized infection
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