A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Health Hazard Evaluation Report: HHE-2015-0118-3249, March 2016. Evaluation of Indoor Environmental Quality and Health Concerns in a Public University
University managers requested help to address employee concerns about mold in a campus building. We evaluated the building ventilation systems. We checked for moisture, water damage, and mold. We measured carbon dioxide, temperature, and relative humidity. We saw no widespread mold or water damage. Relative humidity levels in some areas were above 65%. These levels can help microorganisms and dust mites grow. The building had unit ventilators and window air-conditioners, not a central ventilation system. None of the unit ventilators brought in outdoor air. We interviewed employees about their health. They reported some respiratory symptoms associated with damp buildings and inadequate ventilation. These symptoms are also common in the general population. Employees also reported hives, fibromyalgia, chronic fatigue syndrome, and hair loss. These conditions were not related to working in the building. HHE Program investigators recommended improving building ventilation and stopping environmental sampling.
Health Hazard Evaluation Report: HHE-2015-0118-3249, March 2016. Evaluation of Indoor Environmental Quality and Health Concerns in a Public University
University managers requested help to address employee concerns about mold in a campus building. We evaluated the building ventilation systems. We checked for moisture, water damage, and mold. We measured carbon dioxide, temperature, and relative humidity. We saw no widespread mold or water damage. Relative humidity levels in some areas were above 65%. These levels can help microorganisms and dust mites grow. The building had unit ventilators and window air-conditioners, not a central ventilation system. None of the unit ventilators brought in outdoor air. We interviewed employees about their health. They reported some respiratory symptoms associated with damp buildings and inadequate ventilation. These symptoms are also common in the general population. Employees also reported hives, fibromyalgia, chronic fatigue syndrome, and hair loss. These conditions were not related to working in the building. HHE Program investigators recommended improving building ventilation and stopping environmental sampling.
Health Hazard Evaluation Report: HHE-2015-0118-3249, March 2016. Evaluation of Indoor Environmental Quality and Health Concerns in a Public University
E. Page (author) / K. Broadwater (author) / G. Burr (author)
2016
24 pages
Report
No indication
English
Architectural Design & Environmental Engineering , Heating & Cooling Systems , Environmental Engineering , Air Pollution & Control , Ventilation systems , Indoor air quality (IAQ) , Ventilation , Indoor environmental quality (IEQ) , Indoor environments , Microorganisms , Molds , Relative humidity , Temperature measurement , Colleges , Universities , Professional schools , South Dakota , Mold