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Air Pollution Monitoring for Communities Grants

Background

Air monitoringThe U.S. Environmental Protection Agency is providing funding to six institutions that will advance air monitoring technology while helping communities address unique air quality challenges. The research teams will work in collaboration with other organizations and local communities to engage and inform the public about local air quality.

Air sensor technology has advanced rapidly in recent years, providing less expensive, more portable air pollution sensors that can be used by the public to learn about local air quality.

The goals of the studies are to address the following questions about the technology and their use by the public:

  • How accurate and reliable are the sensors used by the public?
  • What is the quality of the data the sensors produce?
  • How can sensors be used by communities and individuals to monitor air pollution exposure?
  • How can the information help communities and individuals understand and reduce harmful air pollution exposures?

Researchers conducting the diverse portfolio of studies will work with communities in many states and cities to address local challenges.

The grants will fund the following research projects:

  • Carnegie Mellon University

    Award: $749,780

    Project Title: Democratization of Measurement and Modeling Tools for Community Action on Air Quality, and Improved Spatial Resolution of Air Pollutant Concentrations

    Project Location: Pittsburgh, Pennsylvania

    This project is focused on improving air quality and human health in Pittsburgh, particularly in Environmental Justice communities. Multiple real-time, affordable, multipollutant (RAMP) air monitors and high-resolution air quality modeling will provide localized information, instead of generalizing pollutant levels for all of Pittsburgh. Carnegie Mellon University researchers are partnering with three local community groups to investigate the accuracy and reliability of existing sensors and their potential effectiveness in helping communities understand local levels of air pollutants and how to respond.

    More information

  • Kansas State University

    Award: $750,000

    Project Title: Shared Air/Shared Action (SA2): Community Empowerment through Low-cost Air Pollution Monitoring

    Project Location: Chicago, Illinois

    This research project involves multiple universities and four local community organizations working to improve air quality for citizens of South Chicago. Researchers plan to investigate whether people become more engaged with their environment if they are provided with relevant scientific and technical tools, including low-cost portable sensors and appropriate technical assistance. Collaboration between academic researchers and the communities in planning and conducting the study is key to this project, with plans to evaluate how community-led research with sensors can help improve community understanding of pollution concentrations. This project features development of sustainable, community-specific strategies to monitor pollutants and analyze and communicate results and to see if communities can leverage their resources to create coordinated action plans to reduce exposure and mitigate health risks.

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  • Massachusetts Institute of Technology

    Award: $750,000

    Project Title: The Hawaii Island Volcanic Smog Sensor Network (HI-Vog): Tracking Air Quality and Community Engagement near a Major Emissions Hotspot

    Project Location: Hawaii

    Air quality on the island of Hawaii can be exceedingly poor due to high emissions of sulfur dioxide (SO2) from Kilauea Volcano. The resulting “volcanic smog” (“vog”), a mixture of SO2 and fine particulate matter (PM), has negative impacts on human health as well as agriculture, and is consequently a major local concern. Because community members’ exposure to vog cannot be easily estimated, the region can be a unique test case for the use and assessment of distributed air quality (AQ) networks based on portable low-cost sensors. This project includes the development and deployment of a state-of-the-art community-based AQ sensor network across Hawaii Island. A network of sensors can provide improved measurements of air quality and vog exposures across the island. Researchers will also assess the utility of AQ sensor networks as community resources and as tools for atmospheric chemistry research.

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  • Research Triangle Institute

    Award: $749,837

    Project Title: Monitoring the Air in Our Community: Engaging Citizens in Research

    Project Location: Globeville, Elyria Swansea (GES), Colorado

    This research team will investigate whether communities can successfully use low-cost sensors to understand the air quality in their neighborhood, as well as their personal exposure to pollutants. Researchers plan to identify what type of air pollution data would best fulfill community needs and preferences. They will then assess how well community members are able to understand the data and whether they modify their behavior to reduce their exposure to potentially harmful pollutants.

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  • South Coast Air Quality Management District

    Award: $749,820

    Project Title: Engage, Educate, and Empower California Communities on the Use and Applications of “Low-cost” Air Monitoring Sensors

    Project Location: Southern California

    The overall objective of this research project is to provide California communities with the knowledge necessary to appropriately select, use, and maintain low-cost air pollution sensors and to correctly interpret sensor data. Researchers plan to develop new methodologies to educate and engage communities on the use and applications of the sensors. Additionally, they will conduct testing to characterize the performance of the sensors and identify candidates for field deployment. The group plans to deploy the selected sensors in local communities, interpret the collected data and communicate the lessons learned to the public through a series of outreach activities.

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  • University of Washington

    Award: $746,021

    Project Title: Putting Next Generation Sensors and Scientists in Practice to Reduce Wood Smoke in a Highly Impacted, Multicultural Rural Setting

    Project Location: Washington State

    This research team plans to deploy next-generation, low-cost particulate matter air sensors in student-directed studies pertaining to wood smoke impacts in their rural community. The researchers and students will evaluate the quality of sensor measurements and identify effective platforms for data dissemination and communication to the community through multigenerational and multi-cultural outreach. Researchers will partner with faculty at Heritage University, whose students represent the community’s population of predominately Yakama Nation and Latino immigrant families. This project builds on the EnvironMentors program, which pairs undergraduates with high school students. Students will be trained to formulate and test hypotheses on wood smoke exposure and plan to compare sensor data to validated air pollution measurements.

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Related Resources

Technical Contact: Rich Callan, callan.richard@epa.gov, EPA, National Center for Environmental Research