The U.S. Environmental Protection Agency (EPA) has released its final risk evaluation for formaldehyde under the Toxic Substances Control Act (TSCA). While we acknowledge EPA made several important adjustments in the final risk evaluation, concerns remain about the agency’s continued disregard for statutory requirements on scientific quality, peer reviews, and engagement with public and interagency comments.
In developing unrealistic toxicity values for formaldehyde based on flawed data and science, the EPA is targeting a building-block chemistry essential to producing many of the products we rely on every day. If EPA continues on its current path, formaldehyde manufacturing and many of its downstream uses would be severely restricted or banned in the U.S.
- Aerospace: Chemicals and polymers derived from formaldehyde are used in aerospace applications because of their flame resistance, thermal protection, and impact resistance. Learn more in our aerospace infographic
- Agriculture: Formaldehyde helps American families access safe meat, poultry, and aquaculture products. Learn more in our agriculture infographic
- Automotive: Formaldehyde-based technologies are used to make interior molded and under-the-hood components. Learn more in our automotive infographic
- Building & Construction: Formaldehyde-based resins are used to make plywood, particleboard, and fiberboard along with numerous other applications for the housing industry. Learn more in our building and construction infographic
- Energy: Formaldehyde is used in the oil and gas industry, supporting a wide range of activities from production and drilling to safety and waste management. Learn more in our energy infographic
- Medicine: Formaldehyde is used in the influenza, polio, and hepatitis vaccines to inactivate viruses and detoxify bacterial toxins. Learn more in our medicine infographic
- National Security: Formaldehyde is used to make munitions and ballistics along with lightweight durable military equipment. Learn more in our national security infographic
- Science & Preservation: Formaldehyde is used in biological research, microscopy, anatomical and forensic studies along with the preservation of specimens in museums. Learn more in our science and preservation infographic
- Semiconductors: Formaldehyde is used in electrolytic copper plating, chemical mechanical planarization slurry formulations, lithography formulations, and mold compounds used for plastics packages. Learn more in our semiconductors infographic
Many recently completed peer-reviewed studies have meaningfully advanced the body of scientific evidence related to understanding formaldehyde produced by the body versus inhaled formaldehyde generated from other sources. Given the numerous peer-reviewed scientific articles that have already been published and chemical reviews that have been conducted by federal and international agencies, evaluations must rely upon the highest quality and most relevant, recent information when determining risk.
If EPA followed the required science protocols in conducting a transparent risk evaluation of formaldehyde, using the best available, highest quality, and most relevant data, it would find that the responsible uses of formaldehyde, and any potential exposures, continue to be properly managed.