US Environmental Protection Agency (EPA)’s cover photo
US Environmental Protection Agency (EPA)

US Environmental Protection Agency (EPA)

Government Administration

Washington, DC 496,958 followers

Our mission is to protect human health and the environment.

About us

U.S. Environmental Protection Agency’s (EPA) mission is to protect human health and the environment. EPA works to ensure that: - Americans have clean air, land and water; - National efforts to reduce environmental risks are based on the best available scientific information; - Federal laws protecting human health and the environment are administered and enforced fairly, effectively and as Congress intended; - Environmental stewardship is integral to U.S. policies concerning natural resources, human health, economic growth, energy, transportation, agriculture, industry, and international trade, and these factors are similarly considered in establishing environmental policy; - All parts of society--communities, individuals, businesses, and state, local and tribal governments--have access to accurate information sufficient to effectively participate in managing human health and environmental risks; - Contaminated lands and toxic sites are cleaned up by potentially responsible parties and revitalized; and - Chemicals in the marketplace are reviewed for safety. The agency was founded in 1970 and is headquartered in Washington, District of Columbia with ten additional regional headquarters offices (Boston, New York, Philadelphia, Atlanta, Chicago, Dallas, Kansas City, Denver, San Francisco, and Seattle) as well as more than a dozen laboratories, and other regional and programmatic offices.

Website
http://www.epa.gov/careers/
Industry
Government Administration
Company size
10,001+ employees
Headquarters
Washington, DC
Type
Government Agency
Founded
1970
Specialties
Environmental Protection, Human Health, Air Quality, Water Quality, Cleanups, Emergency Response, Research, Pesticides and Chemicals, Climate, and Pollution

Locations

Employees at US Environmental Protection Agency (EPA)

Updates

  • Join us on April 16 at 3 PM ET for the next EPA Tools & Resources Webinar, "Detection and Forecasting of Harmful Algal Blooms." Harmful algal blooms (HABs) produce toxins that can threaten the people, plants, and animals that live and recreate in the affected water. Knowing when and where HABs will occur is important for water quality management of recreational and drinking water systems. This webinar will go over two EPA research efforts related to detecting and forecasting HABs: 1) using satellite data to predict weekly probabilities of HABs in over 2,000 US lakes and 2) using cyanotoxin encoding genes as an early warning system to predict HABs in waters throughout the US. This work is an excellent example of cooperative federalism, in which EPA supports local and state efforts, while state and local authorities have the primary role in making choices about the environment – states can take these forecasts and decide for themselves if additional action is needed. Register now: https://spgv.io/6041Spx

    • “Free Live Webinar. Detection and Forecasting of Harmful Algal Blooms. April 16, 2025, 3:00 pm ET. This webinar, sponsored by EPA’s Office of Research and Development, is part of the EPA Tools & Resources Webinar Series.” Above the text is an image of a harmful algal bloom on the surface of a water body.
  • Join us for this month’s EPA Tools & Resources Webinar on March 19 at 3PM ET on “Addressing Emerging Contaminants in Wastewater Treatment Systems.” The efficacy of treatment systems in removing a range of emerging contaminants, such as microplastics, pharmaceuticals and personal care products, harmful algal blooms, 1-4-dioxane, and 6-PPD, from water is often unclear. States have expressed interest in understanding removal rates and viable treatment technologies to address public health concerns. This webinar will provide an overview of work by EPA to develop a framework of wastewater treatment processes, focusing on removal rates of certain emerging contaminants, as well as associated life cycle costs and environmental impacts. This work will give states and communities more resources to understand how to treat contaminants in their water systems, helping ensure clean water for all Americans. Register now: https://spgv.io/6042lR6

    • “Free Live Webinar. Addressing Emerging Contaminants in Wastewater Treatment Systems. March 19, 2025, 3:00 pm ET. This webinar, sponsored by EPA’s Office of Research and Development, is part of the EPA Tools & Resources Webinar Series.” Above the text is an image of a wastewater treatment plant.
  • 🌀 Drinking water infrastructure may become contaminated during a hurricane by tidal surge, flooding, pollutants in the water, or physical damage to the distribution system. Many communities experienced damage following Hurricanes Harvey and Maria in 2017, and as recently as Helene in 2024. 💧Presenters from our Office of Research and Development will discuss a simulated post-hurricane contamination of a drinking water distribution system that was conducted at EPA’s Water Security Test Bed, a first-of-its-scale replication of a typical municipal drinking water piping system. 📅 March 12 at 2 PM ET Register: https://spgv.io/6049iN3

    • Image of pipes at the Water Testbed facility and an image of water pouring into a glass. The text "Free Live Webinar. Managing Contaminated Drinking Water Post-Hurricane March 12, 2025 2pm ET" and "This Webinar, sponsored by EPA's Office of Research and Development, is part of the Emergency Response Research Webinar Series" is below. The EPA logo is in the bottom corner and a call out indicates "A certificate of attendance will be offered for this webinar"
  • 📣 Interested in learning how scientists in the Office of Research and Development are supporting Superfund research with vapor intrusion technical expertise and field assistance? Our next Healthy and Resilient Communities Research webinar on March 11 at 3:00 p.m. ET will cover how researchers studied vapor intrusion in a commercial building within a Superfund site area that was experiencing impaired indoor air quality. 💡 Vapor intrusion occurs when hazardous vapors in subsurface sources, such as soil or groundwater, flow into an overlying building or structure. For example, these contaminants can migrate through cracks in the building's foundation or openings for utility lines. Register for the webinar: https://spgv.io/6040902

    • A flyer for the Healthy and Resilient Communities Research Webinar Series’ “Technical Assistance for Vapor Intrusion” free webinar on Tuesday, March 11, 2025 from 3pm to 4pm ET. There is a call-out box stating that “A certificate of attendance will be offered for this webinar.” The text reads “Join experts from EPA’s Office of Research and Development for a webinar on vapor intrusion at a Superfund site. Learn how their results led to full-scale vapor intrusion mitigation measures.”
  • Join us on February 25 to learn about drinking water supply planning and treatment technology deployment for emergency response. What this webinar will cover: ✔️ Developing an emergency drinking water supply plan ✔️ Coordinating with local partners to provide drinking water during emergencies ✔️ Deploying an inexpensive and versatile water treatment system during emergencies Register to attend the 2PM ET webinar⬇️ https://spgv.io/6040bjQ -webinar-series

    • February 25, 2025, webinar from 2-3:30 pm ET. Small drinking water systems webinar on Drinking Water Supply Planning and Treatment Technology Deployment for Emergency Response. Headshots in circles of Jessica Habashy and James Goodrich.
  • At EPA's meteorological wind tunnel facility in North Carolina, experts in our Office of Research and Development use scaled models to simulate the spread of harmful airborne material released in urban and industrial settings. Measuring how air flows around scaled model buildings and where pollution goes helps determine how exposure to pollutants affects public health. https://spgv.io/6040w3I #EPAresearch

    • Inside of a large warehouse stands a long, blue metal structure with large observation windows. The test section of the wind tunnel is 12 feet across and almost 7 feet tall and is raised about 5 feet off the facility floor. Equipment, other instrumentation, and wiring are seen above and below the structure. It is surrounded by work stations that control the various inputs for the tunnel and hold different model components that are used in the experiments.
    • Model based on a Detroit neighborhood made of various colored plastic in different sizes and set up on a ten foot turntable.
    • A desk with model components - cylinders of orange plastic next to a Mini-mock up of an oil and gas facility

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Funding

US Environmental Protection Agency (EPA) 1 total round

Last Round

Grant

US$ 400.0K

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