SGER: A Smart Indoor Air Quality Sensor Network

本项目将在一座真实的体育馆建筑中设计和实现智能室内空气质量(IAQ)传感器网络。拟议的室内空气质量传感器网络由传感器组成，为室内气体污染物、颗粒物污染物和生物气溶胶污染物提供长期连续测量。将探索全面的室内空气质量传感器网络的设计和评估方法。将对数据收集和分析方法进行审查。这项研究的创新之处包括：1)系统地研究如何设计和评估下一代全面的室内空气质素传感器网络；以及2)在一幢真实的建筑物内建造和实施一个包含多种室内空气质素传感器的智能室内空气质素传感器网络，为有关研究团体提供长期实时的室内空气质素量度，并展示下一代室内空气质素传感器网络的概念。所开展的研究将为业界如何设计、实施和评估下一代室内空气质量传感器网络提供指导。收集的实地数据将在以下领域进一步协助研究会：1)下一代建筑通风/去污系统设计和控制战略；2)室内空气质量模型验证；3)与人类健康和生产力有关的研究；以及4)多种危险的缓解、应急和灾害准备。拟议中的研究涉及美国和中国之间的国际合作。这是一个SGER项目。

Abstract0549959PI: Jin WenDrexel UniversityIn this project a smart indoor air quality (IAQ) sensor network is will be designed and implemented in a real gym building in this project. The proposed IAQ sensor network consists of sensors that supply long-term continuous measurements for indoor gas pollutants, particle pollutants, and bio-aerosol pollutants. The design and evaluation methodologies for a comprehensive IAQ sensor network will be explored. The data collection and analysis methods will be examined. The innovation of the proposed study include: 1) systematically examine how to design and evaluate the next generation comprehensive IAQ sensor network; and 2) construction and implementation of a smart IAQ sensor network which includes large variety of IAQ sensors in a real building to supply long-term real time IAQ measurements for the relevant research society and to demonstrate the next generation IAQ sensor network concept. The research undertaken would provide guidance to the industry about how to design, implement, and evaluate next generation IAQ sensor network. The collected field data would further assist the research society in the following areas: 1) Next generation building ventilation/decontamination system design and control strategies; 2) IAQ model validation; 3) Human health and productivity related research; and 4) Multi-hazard mitigation, emergency response and disaster preparation. The proposed research involves international collaboration between the United States and China. This is a SGER project.