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An investigation of indoor air quality assessment in office buildings

机译:办公楼室内空气质量评价调查

摘要

Over the last several years studies have shown that the quality of indoor air may be worse than outdoor air. People spend as much as 90% of their time indoors, therefor, the associated health risk due to indoor air pollution may be greater than the risk due to outdoor air pollution. Building designs have altered dramatically over the last two decades resulted in "tighter" buildings that rely on sophisticated mechanical systems to provide for the quantity of air required throughout the building. These changes over the years could result in an increased number of complaints received regarding Sick Building Syndrome symptoms. The World Health Organization (WHO) estimates that up to 30% of office buildings world-wide may have significant problems regarding poor indoor air quality (IAQ). This study involves a literature study of the major indoor air pollutants regarding the source of the pollutant, the associated health effects, the measuring techniques available and the results of previous studies conducted on the specific pollutant. Measurements will be taken in two sealed buildings, one an old and the other a new building to identify the major pollutants. A questionnaire was compiled specifically for building occupants and completed by the occupants of both buildings. From the results obtained a step-by-step method for solving indoor air quality (IAQ) problems was proposed. The method was applied and evaluated in a case study of a problem building where indoor air quality related problems were experienced. The results of the study revealed that the major indoor air pollutants are present in old as well as new buildings. The study also revealed that some office workers might be more susceptible than others to the medical reactions cause to human beings by these pollutants. Some concentrations are higher in new buildings than in old buildings. The responses from the questionnaire was evaluated against the results obtained from the measurement study. The step-by-step method in the case study provided a more systematic approach at solving IAQ problems at buildings. Solving indoor air quality problems is a very practical issue and does not necessarily require an investment of expensive high technology equipment, but might merely require a practical approach. Environmental Health Officers can play a major role in providing expert advice when scrutinizing building plans. Environmental Health Officers should empower themselves with the knowledge to do inspections or investigations in office buildings by using the step-by-step method for investigating indoor air quality problems. By addressing indoor air quality problems in buildings, the workers in healthy buildings can increase their productivity with lasting effects on a company’s bottom line.
机译:在过去的几年中,研究表明室内空气的质量可能比室外空气差。人们将多达90%的时间花在室内,因此,室内空气污染带来的相关健康风险可能大于室外空气污染带来的健康风险。在过去的二十年中,建筑物的设计发生了巨大变化,导致“更紧”的建筑物依靠复杂的机械系统提供整个建筑物所需的空气量。这些年来的这些变化可能导致有关病态建筑综合症症状的投诉数量增加。世界卫生组织(WHO)估计,全球多达30%的办公楼可能会因室内空气质量差(IAQ)而出现严重问题。这项研究涉及有关室内主要空气污染物的文献研究,包括污染物的来源,相关的健康影响,可用的测量技术以及先前对特定污染物进行的研究结果。将在两栋密封的​​建筑物中进行测量,一栋是旧建筑物,另一栋是新建筑物,以识别主要污染物。专门为建筑物居民编制了一份调查表,并由两座建筑物的居民填写。从获得的结果中,提出了解决室内空气质量(IAQ)问题的分步方法。该方法在遇到室内空气质量相关问题的问题大楼的案例研究中得到了应用和评估。研究结果显示,新旧建筑物均存在主要的室内空气污染物。研究还显示,一些办公室工作人员可能比其他办公室工作人员更容易受到这些污染物对人类造成的医学反应。新建筑物中的某些浓度高于旧建筑物中的浓度。根据从测量研究获得的结果对问卷的回答进行了评估。案例研究中的分步方法为解决建筑物的室内空气质量问题提供了更系统的方法。解决室内空气质量问题是一个非常实际的问题,不一定需要投资昂贵的高科技设备,而可能只需要一种实际的方法。在审查建筑计划时,环境卫生官员可以在提供专家建议方面发挥重要作用。环境卫生官员应利用逐步调查室内空气质量问题的能力,增强自身对办公楼进行检查或调查的知识。通过解决建筑物中的室内空气质量问题,健康建筑物中的工人可以提高生产率,同时对公司的利润产生持久影响。

著录项

  • 作者

    Janse van Rensburg Francois;

  • 作者单位
  • 年度 2007
  • 总页数
  • 原文格式 PDF
  • 正文语种 English
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