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Overview

Most Americans spend a great deal of time in the indoor environment, be it at home, school or work. While most people are aware of pollutants and quality of the outdoor air, many people tend to forget about the quality of the air that they breathe when they are inside of a building. The air inside of a building can contain a complex mixture of pollutants that originate both inside and outside of the building.  The building's ventilation system can play a major role in the presence or elimination of an indoor air quality issue.  It can serve to dilute indoor pollutants as well as introduce outdoor pollutants into the environment. 

To conduct a thorough indoor air quality investigation, the investigator must understand the common pollutants associated with poor indoor air quality, the current age and health of the occupants, possible easily apparent sources, whether or not the symptoms persist when away from the complaint area, The link between some of the common indoor air pollutants (i.e. radon, particle pollution, carbon monoxide, Legionella bacterium, microbial contaminates, biological contaminates) and health effects has been very well established over the years by extensive research.

  • Carbon Dioxide
  • Formaldehyde
  • Carbon Monoxide
  • Biological Contaminants
  • Fine Particulate Matter (PM)
  • Pesticides
  • Volatile Organic Compounds (VOCs)
  • Sewer Gas (Hydrogen Sulfide, Carbon Monoxide and Methane)
  • Legionella
  • Microbial Contaminates
  • Other indoor air pollutants: Dust mites, mold, pet dander, environmental tobacco smoke, cockroach allergens, particulate matter, and others can be "asthma triggers," meaning that some asthmatics might experience asthma symptoms if exposed to any of these pollutants.

 

While adverse health effects have been attributed to some specific pollutants, the scientific understanding of some indoor air quality issues continues to evolve. One example is what is commonly known as "sick building syndrome," which occurs when building occupants experience similar symptoms after entering a particular building, with symptoms diminishing or disappearing after they leave the building. These symptoms are increasingly being attributed to a variety of building indoor air attributes.  Researchers also have been investigating the relationship between indoor air quality and important issues not traditionally thought of as related to health, such as student performance in the classroom and productivity in occupational settings.

In addition, several other factors affect indoor air quality, including the air exchange rate, outdoor climate, weather conditions, and occupant behavior. The air exchange rate with the outdoors is an important factor in determining indoor air pollutant concentrations. The air exchange rate is affected by the design, construction, and operating parameters of buildings and is ultimately a function of infiltration (air that flows into structures through openings, joints, and cracks in walls, floors, and ceilings and around windows and doors), natural ventilation (air that flows through opened windows and doors), and mechanical ventilation (air that is forced indoors or vented outdoors by ventilation devices, such as fans or air handling systems).

Outdoor climate and weather conditions combined with occupant behavior can also affect indoor air quality. Weather conditions influence whether building occupants keep windows open or closed and whether they operate air conditioners, humidifiers, or heaters, all of which can affect indoor air quality. Certain climatic conditions can increase the potential for indoor moisture and mold growth if not controlled by adequate ventilation or air conditioning. Several key indoor air quality subjects will be covered in the presentation but since it is a complex and expanding field time will not allow all of the indoor air quality subjects to be covered in the time allotted for this presentation but can be further covered in a subsequent presentation.

Why should you Attend

According to the EPA "a growing body of scientific evidence has indicated that the air within homes and other buildings can be more seriously polluted than the outdoor air in even the largest and most industrialized cities." Just about any building has the potential for periodic episodes of poor indoor air quality that can impact the health of the occupants. The U.S. Environmental Protection Agency (EPA) estimates that poor indoor air quality cost the nation billions of dollars in lost productivity and medical care. Properly responding to, diagnosing and correcting the cause of indoor air quality complaints can have a positive impact on the occupant’s health and productivity.

Most often occupant's complaints are dismissed by building managers or investigated following a narrow approach that is commonly not focused in the appropriate area of the potential source and therefore is unable to resolve the issue.  This produces a false negative to the complainant. The source of poor indoor air quality can be a complex combination of several factors and require a more analytical approach to properly diagnose the issue or propose an appropriate investigation plan.

Being able to understand the building dynamics, design features and the effects it can have on the occupant's health are key to improving the air quality in a building and addressing occupant's complaints. In addition to understanding how a building functions it is important to be aware of the most common sources if indoor pollutants and how they impact the occupants health.

This webinar will provide the attendees important background information concerning the common causes of indoor air quality complaints, how to properly handle occupant complaints, investigating and testing various air quality parameters and provide steps that can be taken to improve the air quality for the building occupants.

Areas Covered in the Session

  • Why is indoor air quality a concern?
  • What are the common sources of indoor air quality problems?
  • What are some of the adverse health effects associated with poor indoor air quality?
  • Handling of indoor air quality complaints
  • Testing and evaluation of indoor air quality
  • Improving air quality in a building

Who Will Benefit

  • Building Maintenance Personnel
  • Building Managers
  • Office Managers
  • School Facilities Personnel

Speaker Profile

Dr. Ryan Kuhn, Ph.D., CIH is the Vice President and Director of Industrial Hygiene Services for Dominion Environmental Consultants, Inc. Dominion Environmental has conducted over 1000 smoke and soot investigations for a wide range of clients. Dr. Kuhn has performed hundreds of smoke and soot investigations in numerous residential and commercial properties across the country. Dr. Kuhn has been retained as an industrial hygiene expert witness in various environmental cases in over 300 court cases nationwide and provided expert testimony in 5 states. In addition to deposition and trial testimony, Dr. Kuhn has also testified in arbitration, mediation and appraisal hearings. Dr. Kuhn has been involved as a Faculty Associate at Arizona State University where he instructed undergraduate courses in Cellular Biology and Genetics. Dr. Kuhn is an intern preceptor for the University of Arizona’s Industrial Hygiene department.