Environmental stress caused by water, expose structures to microbial colonization. This is evident when both minor dampness and mass flooding occur. It describes how biological corrosion of buildings and structures resulting from these hazards are responsible for the adverse health effects on people exposed to these contaminated environments.
Environmental stress caused by water, expose structures to microbial colonization. This is evident when both minor dampness and mass flooding occur. It describes how biological corrosion of buildings and structures resulting from these hazards are responsible for the adverse health effects on people exposed to these contaminated environments.
Rafä L. Górny, PhD, a full professor of medical sciences, is currently head of the Laboratory of Biohazards at the Central Institute for Labour Protection - National Research Institute, Warsaw, Poland. In the last 25 years of professional work, he has been engaged in numerous studies on the health-related aspects of exposure to particulate, biological, and fibrous aerosols in occupational and non-occupational environments. His research efforts have been presented in more than 70 peer-reviewed publications, more than 100 conference presentations, several monographs and book chapters. Since 2002, he has been working as a World Health Organization and European Commission adviser within the field of biological agents.
Inhaltsangabe
1. Introduction. 2. Water damage in buildings and associated microbiological contamination. 3. Main factors of microbiological contamination of indoor environments. 4. Epidemiology of microbiological contamination of indoor environments. 5. Environmental conditions for microbiological contamination of buildings. 6. Biodeterioration of building materials. 7. Methods of identifying indoor microbial hazards. 8. Assessment of the level of microbiological contamination of air and surfaces. 9. Methods of drying buildings. 10. Combating microbial corrosion in buildings. 11. Indoor microbiological contamination from a legal perspective. 12. Microbial corrosion of buildings in everyday practice.
1. Introduction. 2. Water damage in buildings and associated microbiological contamination. 3. Main factors of microbiological contamination of indoor environments. 4. Epidemiology of microbiological contamination of indoor environments. 5. Environmental conditions for microbiological contamination of buildings. 6. Biodeterioration of building materials. 7. Methods of identifying indoor microbial hazards. 8. Assessment of the level of microbiological contamination of air and surfaces. 9. Methods of drying buildings. 10. Combating microbial corrosion in buildings. 11. Indoor microbiological contamination from a legal perspective. 12. Microbial corrosion of buildings in everyday practice.
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