We investigated the indoor air quality of a low-energy, high-performance deployable structure for use by the U.S. Army on contingency bases overseas. Results of measurements of volatile organic compounds, carbon dioxide, particulate matter, and air exchange rate under varying conditions are reported and compared to health-based criteria. In addition, source emission rates of target pollutants are reported, as well as a minimum ventilation rate to maintain acceptable air quality. Finally, we propose a pre-occupancy protocol for minimizing later VOC exposure.
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