Indoor Air Quality of Historic Buildings: A Comparison of Certified to Non-certified Buildings

J. F. Stephens, Farah Abaza
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Abstract

Since, there is a high level of concern for historic buildings becoming sustainable this paper will investigate the indoor air quality of three historical buildings that are on the National Registry of Historic Buildings and located around Fulton County, Georgia, USA and three historical buildings that are not certified in the same area. The certification for the three certified buildings was obtained thru Earth Craft Sustainable Preservation program, which is the only historic building certification in the United States. The research entails field measurements of CO2 levels, air borne particles (both types and sizes), and greenhouse gas emissions. This was done by counting the airborne particles with sizes between 0.3 to 5.0 nanometers, and identifying biological and non-biological airborne particles both indoors and outdoors. These tests were used to determine if the interior of the certified buildings have better CO2 levels than the exterior and to ascertain how much the certification process effects the indoor air quality. This information will be compared to the noncertified buildings to ascertain if the results of the testing will show that the indoor air quality and greenhouse gases are better than the noncertified buildings. This research will demonstrate the need for improved indoor air quality testing in historic buildings before certifying them as being sustainable in the area of indoor air quality.
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历史建筑的室内空气质量:认证与非认证建筑的比较
由于历史建筑的可持续发展受到高度关注,本文将调查三座历史建筑的室内空气质量,这些建筑位于美国佐治亚州富尔顿县附近的国家历史建筑登记处,以及三座未在同一地区获得认证的历史建筑。这三座获得认证的建筑是通过地球工艺可持续保护计划获得的认证,这是美国唯一的历史建筑认证。这项研究需要实地测量二氧化碳水平、空气中的颗粒(包括类型和大小)和温室气体排放。这是通过计算空气中大小在0.3至5.0纳米之间的颗粒,并识别室内和室外的生物和非生物空气中颗粒来完成的。这些测试用于确定获得认证的建筑物内部是否比外部具有更好的二氧化碳水平,并确定认证过程对室内空气质量的影响程度。这些资料将与未经认证的建筑物进行比较,以确定测试结果是否会显示室内空气质量和温室气体比未经认证的建筑物好。这项研究将证明,在证明历史建筑在室内空气质量方面具有可持续性之前,需要对其进行改进的室内空气质量测试。
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