Aerobiological Engineering Handbook:
A Handbook of Airborne Disease Control Technologies, is a comprehensive reference for state-of-the-art engineering and microbiological information on indoor aerobiology and systems for controlling airborne disease. This work is the culmination of the author’s research over the past ten years into all aspects of airborne disease control and provides a detailed review of the foundations of airborne disease pathology, epidemiology, and aerosol science, as well as complete engineering information for air disinfection technologies and an extensive review of all applications, including hospitals, schools, office buildings, animal facilities, commercial office buildings, residential buildings, food industry facilities, libraries, and other indoor environments. It offers a thorough review of the various indoor aerobiological problems that can occur or have occurred in these environments and proposes various solutions to guide the engineer or microbiologist towards practical and cost-effective solutions. Intended to be the definitive work on this topic, every aspect is treated in sufficient detail that designers should require little or no additional references in their investigations, evaluations, and remediation of indoor aerobiological problems, including those related to contagious airborne disease, mold, allergens, zoonoses, and other related health hazards. This work forms a companion volume to the author’s previous book, “Immune Building Systems Technologies” (McGraw-Hill 2003) which specifically addresses bioweapon threats, a subject that is not covered in any detail in the Aerobiological Engineering Handbook although the methods and technologies addressed are equally applicable to both concerns.

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