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An Evaluation of a Proposed Ventilation System for Melbourne's CH2 Building

机译:对墨尔本CH2大楼拟议通风系统的评估

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摘要

The understanding of ventilation requirements in commercial buildings has been significantly revised in the last 10-15 years. A link between health, productivity and increased fresh air use has been established by some research and this understanding underpins the ventilation philosophy adopted for the CH2 building. The ventilation system design for CH2 that has been evaluated in this paper envisages a mechanically driven system during the day, using the displacement technique to distribute filtered air. All introduced air will be drawn from outside and no recycling of air will occur. Natural ventilation will be employed at night using the stack effect, enhanced by turbine ventilators. This paper critiques the proposed ventilation system in the light of international experience and the particular conditions of the building's location. The evidence suggests that natural ventilation sometimes may be inadequate to achieve the desired objectives. Minimization of indoor pollutants, adequate filtration and high levels of ventilation should, however, ensure satisfactory air quality during occupied hours.
机译:在过去的10到15年中,对商业建筑中的通风要求的理解已进行了重大修订。一些研究已经建立了健康,生产力和增加新鲜空气之间的联系,这种理解为CH2大楼采用的通风理念奠定了基础。本文评估过的CH2通风系统设计设想一种白天使用机械驱动的系统,使用置换技术分配过滤后的空气。所有引入的空气都将从外部吸入,并且不会发生空气再循环。晚上利用烟囱效应采用自然通风,并通过涡轮通风机增强通风效果。本文根据国际经验和建筑物所在地的特殊条件对拟议的通风系统进行了批评。有证据表明,自然通风有时可能不足以实现期望的目标。但是,应尽量减少室内污染物,充分过滤并保持较高的通风水平,以确保在占用时间内的空气质量令人满意。

著录项

  • 作者

    Aye Lu; Fuller Robert;

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  • 年度 2012
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  • 原文格式 PDF
  • 正文语种 eng
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