When it comes to analytics supporting sustainable polymeric materials, we not only think outside of the box, but sometimes we upcycle it!  Innovative polymeric materials have the potential to support a circular economy – from low emission foams to enhanced mechanical recyclability to biodegradable solutions.  Each sustainable polymeric product can find its place in creating a more sustainable future.  To achieve sustainable polymer innovation, advanced analytics must be developed and deployed to appropriately characterize unique chemistries and physics.  For example, new methodologies must be deployed to better identify and quantify odors in biobased plastics and foams; the degradation of new biodegradable polymeric formulations must be measured; trace contaminants in new polymer synthesis routes must be identified; and we need to fully understand the chemistries of new polymeric systems, whether they have improved mechanical properties, improved mechanical recyclability, or are chemically recycled. This talk will provide an overview on analytical chemistry that supports sustainable polymers at BASF’s Corporate Analytics North America, and provides a window into how industry tackles complex challenges in developing a polymeric circular economy.  Topics of interest will include analytics to support recycling, improved physical properties, low emission materials, product compliance, and microplastics.

Analytics to support innovation in the polymeric circular economy

Fall 2022 abstracts, posters, and presentations will launch in mid-September.

ACS Fall 2022

The official archive and repository for all ACS Meetings & Expositions abstracts and select posters or presentations.