Today, FDA issued updated guidances to provide additional clarification on testing of alcohol used in hand sanitizers manufactured under FDA’s temporary policies to help ensure that harmful levels of methanol are not present in these products. This will help ensure widespread access to alcohol-based hand sanitizers that are free of contamination.
FDA has updated their guidances to provide clarification that companies test each lot of the active ingredient (ethanol or isopropyl alcohol (IPA)) for methanol if the ethanol or IPA is obtained from another source. FDA recommends using the test methods described in the USP monograph for alcohol (ethanol) and conducting the testing in a laboratory that has been previously inspected by FDA and is compliant with current good manufacturing practice (CGMP).
Additionally, any alcohol (ethanol) or IPA found to contain more than 630 ppm methanol does not fall within the policies described in the temporary guidances and may be considered evidence of substitution and/or contamination. Alcohol-based hand sanitizers that are contaminated with methanol are subject to adulteration charges under the FD&C Act. The alcohol (ethanol) or IPA should be destroyed following guidelines for hazardous waste and the manufacturer or compounder should contact FDA regarding the test results and the alcohol’s source.
The temporary guidances have also been updated to provide adverse event reporting guidelines for state-licensed pharmacies and outsourcing facilities.
The agency also included an additional denaturant formula in the temporary guidances. Denaturing alcohol in hand sanitizers is critical to deter children from unintentional ingestion. Consumer and health care professional safety is a top priority for FDA, and an important part of FDA’s mission is to protect the public from harm, especially as we seek to help increase hand sanitizer supply.
Contact ARL at 800-393-1595 or click here to request a quote on hand sanitizer testing.
8/12/2020: UPDATE - FDA expands hand sanitizer warnings to include 1-propanol contamination