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Indoor air quality among Mumbai's resettled populations: Comparing Dharavi slum to nearby rehabilitation sites

机译:孟买已安置人口中的室内空气质量:将达拉维贫民窟与附近的康复场所进行比较

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This study presents results from an experimental investigation of the severity and sources of household air pollution across two low-income housing archetypes in Mumbai. Experimentation was carried out in Dharavi-one of the world's largest slums-and two nearby communities representing Mumbai's current slum resettlement scheme. Household surveys were conducted to understand aspects of occupant behavior that impact indoor air quality. Multi-pollutant logging sensors were installed inside units and in nearby outdoor locations to measure concentrations of particulate matter (PM2.5) and CO2. While rehabilitation architecture and gas cookstoves are often assumed to provide higher indoor air quality than in traditional slums, field monitoring and occupant behavior surveys demonstrated that indoor pollution levels were consistent across the two typologies even after infrastructure enhancements and ubiquitous gas cookstove usage. Indoor PM2.5 measurements ranged between 150 and 300 mu g/m(3), substantially higher than World Health Organization (WHO) guidelines. PM2.5 indoor/outdoor (I/O) ratios spiked during cooking periods but were otherwise less than 1.0 in over half of logged instances in rehabilitation units, highlighting the role of particle deposition phenomena and ambient-sourced PM2.5 in indoor environments. To minimize the impact of both indoor and outdoor pollutant sources while respecting culturally-normative occupant behavior, this study points to the need for architectural design guidelines and enhanced indoor air quality interventions.
机译:这项研究的结果来自对孟买的两种低收入住房原型的家庭空气污染的严重程度和来源进行实验研究的结果。实验是在世界最大贫民窟之一的达拉维和代表孟买当前贫民窟安置计划的两个附近社区中进行的。进行了家庭调查,以了解影响室内空气质量的乘员行为方面。多污染物测井传感器安装在设备内部和附近的室外位置,以测量颗粒物(PM2.5)和CO2的浓度。尽管通常假定康复建筑和燃气灶具比传统贫民窟提供更高的室内空气质量,但现场监测和乘员行为调查表明,即使在基础设施得到改善和普遍使用燃气灶具之后,两种类型的室内污染水平也是一致的。室内PM2.5的测量范围为150至300μg / m(3),大大高于世界卫生组织(WHO)的指南。 PM2.5室内/室外(I / O)比在烹饪期间达到峰值,但在康复单元中超过一半的记录实例中,PM2.5低于1.0,突出了颗粒沉积现象和环境中PM2.5在室内环境中的作用。为了在尊重文化规范的乘员行为的同时最大程度地减少室内和室外污染物源的影响,本研究指出了对建筑设计准则和增强室内空气质量干预措施的需求。

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