Category: Air Toxics Current & Ongoing Studies

The Environmental Protection Agency (EPA) has identified 187 hazardous air pollutants (HAPs) that are associated with numerous adverse health effects including cancer and neurological, reproductive, developmental, and other health problems. These pollutants come from a wide variety of industrial, residential, and mobile sources and the health risk exposure thresholds associated with them are continually updated according to the most current toxicological and epidemiological research. The following studies, including ongoing as well as future projects, have been undertaken to gain a better understanding of the concentration and sources of these pollutants.

Current & Recently Completed Studies

Ethylene Oxide Monitor-90 wide

Ethylene Oxide in Utah

Ethylene Oxide Study EPA’s latest National Air Toxics Assessment identified ethylene oxide as an air toxic pollutant of emerging concern, with potential to lead to elevated cancer risk. To determine any potential health risk from exposure to ethylene oxide in Utah communities, the Division of Air Quality and the University of Utah will measure ambient …

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Saturation Air Toxics Monitoring in Davis County, Utah

A study conducted by the Utah Division of Air Quality (UDAQ) and the University of Utah, where 24-hr time-integrated air samples were collected every third day at three different sites during 2015, showed high levels of formaldehyde and dichloromethane at Bountiful Viewmont (BV) site.

  • Principal Investigators: Nancy Daher (DAQ), Kerry Kelly (U of U)
  • Funding Amount: $191,642
  • Funding Agency: Environmental Protection Agency
  • Funding Program: Multipurpose Grant
  • Study Period: 01/01/2017 – 12/31/2018
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Air Monitor

Bountiful City Dichloromethane and Formaldehyde Source Apportionment Study

A source apportionment campaign, with an emphasis on determining the source of dichloromethane in Bountiful City, will be conducted between December 2018 and January 2019. Supporting measurements of PM2.5 concentration and composition will be provided as part of this effort.

  • Principal Investigators: Kerry Kelly (UU), Jaron Hansen (BYU)
  • Funded by Science for Solutions Grant: $80,067
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