Tetrafluoroethylene

Toxic Release Inventory data for 2024. 9 facilities reported releasing tetrafluoroethylene.

On-site releases152.0k lb
Off-site transfers623 lb
Air emissions152.0k lbstack + fugitive
Water discharges0 lb

Largest 2024 releasers

FacilityStateOn-site (lb)
Chemours Washington Works
Washington
West Virginia70.9k
Daikin America Inc
Decatur
Alabama47.7k
Chemours Chambers Works
Deepwater
New Jersey23.4k
3m Chemical Operations' Decatur Facility
Decatur
Alabama4.5k
Mda Manufacturing Inc
Decatur
Alabama2.6k
Dupont Specialty Products Usa Llc - Chambers Works
Deepwater
New Jersey1.7k
Chemours Co - Fayetteville Works
Fayetteville
North Carolina1.1k
Clean Harbors El Dorado Llc
El Dorado
Arkansas8
Cook Compression Llc
Jeffersonville
Indiana0

About Tetrafluoroethylene in the Toxic Release Inventory

The Toxic Release Inventory (TRI) tracks how much of each listed chemical U.S. industrial facilities release into the environment each year. EPA requires facilities in certain industry sectors that manufacture, process, or otherwise use TRI-listed chemicals above threshold amounts to report annually. In 2024, 9 facilities reported releasing tetrafluoroethylene to EPA's TRI program.

The primary release pathway is air emissions (152.0k lb), which includes both stack emissions from industrial processes and fugitive emissions from equipment leaks, evaporation, and other non-point sources.

TRI data represents reported releases, not measured environmental concentrations. A facility reporting large releases of tetrafluoroethylene is not necessarily causing harm at those levels — toxicity, exposure pathways, and local conditions all matter. Conversely, small reported amounts of highly toxic chemicals can pose greater risk than large amounts of less toxic ones. TRI is a transparency tool, not a risk assessment.

For health information about specific chemicals, the Agency for Toxic Substances and Disease Registry (ATSDR) publishes toxicological profiles, and EPA's Integrated Risk Information System (IRIS) provides reference doses and cancer classifications.