2023 SETAC Poster: The Fate of 6PPD-quinone in Soil and Water-Sediment Systems using a 14C Radiotracer

2023 SETAC Poster: The Fate of 6PPD-quinone in Soil and Water-Sediment Systems using a 14C Radiotracer


The antiozonant and antioxidant 6PPD (N-(1,3-Dimethylbutyl)-N′-phenyl-p-phenylenediamine) and its transformation product 6PPD-quinone (6PPD-Q) are believed to be carried from tire and road wear particles (TRWP) and washed into watercourses. Some publications have identified 6PPD-Q as a contributor to Urban Runoff Mortality Syndrome (URMS) of a single specific fish species, Coho salmon.

The environmental fate in soils, water-sediment systems and surface- waters has been investigated using 14C-6PPD-Q to track the partitioning and transformation products.

This presentation focuses on the initial results, including identification and quantification of transformation products generated during these studies. 

Rory Mumford presented this research at the SETAC North America 44th Annual Meeting in Louisville, Kentucky.

Download the poster:

2023 SETAC NA WBCSD 6PPDQ Fate

Download

View the full list of Smithers presentations:

Contact Us

First Name
Required
Last Name
Required
Email
Required
Company
Required
Job Title
Required
Country
Required
Phone Number
Message
Required
Required
For us to process your request, we need you to agree to our privacy policy.
Registration for this event has closed.
Error: The webinar is full. Please contact the webinar’s host if you feel this is a mistake.
Error: This email address is already registered for this event. Please contact the webinar host if you have any questions.

Our services: