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加利福尼亚零售建筑室内空气质量最小通风率程序的评估。

Evaluation of the indoor air quality minimum ventilation rate procedure for use in California retail buildings.

作者信息

Dutton S M, Mendell M J, Chan W R, Barrios M, Sidheswaran M A, Sullivan D P, Eliseeva E A, Fisk W J

机构信息

Lawrence Berkeley National Laboratory, Berkeley, CA, USA.

出版信息

Indoor Air. 2015 Feb;25(1):93-104. doi: 10.1111/ina.12125. Epub 2014 Jun 25.

Abstract

This research assesses benefits of adding to California Title-24 ventilation rate (VR) standards a performance-based option, similar to the American Society of Heating, Refrigerating, and Air Conditioning Engineers 'Indoor Air Quality Procedure' (IAQP) for retail spaces. Ventilation rates and concentrations of contaminants of concern (CoC) were measured in 13 stores. Mass balance models were used to estimate 'IAQP-based' VRs that would maintain concentrations of all CoCs below health- or odor-based reference concentration limits. An intervention study in a 'big box' store assessed how the current VR, the Title 24-prescribed VR, and the IAQP-based VR (0.24, 0.69, and 1.51 air changes per hour) influenced measured IAQ and perceived of IAQ. Neither current VRs nor Title 24-prescribed VRs would maintain all CoCs below reference limits in 12 of 13 stores. In the big box store, the IAQP-based VR kept all CoCs below limits. More than 80% of subjects reported acceptable air quality at all three VRs. In 11 of 13 buildings, saving energy through lower VRs while maintaining acceptable IAQ would require source reduction or gas-phase air cleaning for CoCs. In only one of the 13 retail stores surveyed, application of the IAQP would have allowed reduced VRs without additional contaminant-reduction strategies.

摘要

本研究评估了在加利福尼亚州第24号通风率(VR)标准中增加一种基于性能的选项的益处,该选项类似于美国供热、制冷与空调工程师协会针对零售空间的“室内空气质量程序”(IAQP)。在13家商店中测量了通风率和关注污染物(CoC)的浓度。使用质量平衡模型来估计基于IAQP的通风率,该通风率可将所有CoC的浓度维持在基于健康或气味的参考浓度限值以下。在一家“大型商店”进行的干预研究评估了当前通风率、第24号规定的通风率以及基于IAQP的通风率(每小时换气0.24、0.69和1.51次)如何影响实测室内空气质量(IAQ)和对IAQ的感知。在13家商店中的12家,当前通风率和第24号规定的通风率均无法将所有CoC维持在参考限值以下。在大型商店中,基于IAQP的通风率使所有CoC均低于限值。超过80%的受试者报告在所有三种通风率下空气质量均可接受。在13栋建筑中的11栋,通过降低通风率来节省能源同时维持可接受的IAQ需要减少源头排放或对CoC进行气相空气净化。在接受调查的13家零售商店中,只有一家应用IAQP可以在不采取额外污染物减排策略的情况下降低通风率。

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