Division/Committee: [CATL] Division of Catalysis Science & Technology

In current paradigms, most polymers (particularly plastics) are used once and disposed, whereafter they accumulate in the environment. A better vision is that of a circular economy, wherein we reclaim carbon in waste polymers, recycle to produce virgin-quality polymers, or upcycle it to produce value-added commodities. Key steps in this sustainable approach are the deconstruction of waste polymers into basic chemical building blocks, and the conversion of those building blocks into fungible products. This symposium focuses on emerging thermochemical and catalytic technologies, non-conventional techniques including but not limited to microwave and plasma assisted recycling/upcycling of polymer wastes and the supporting research topics that enable polymer reclamation. We welcome contributions in applied and fundamental catalysis; analysis and modelling of the complex reaction networks arising in polymer deconstruction; and systems level analyses that consider the economic and environmental impacts of emerging technologies. This symposium will foster cross-pollination of knowledge used for developing polymer waste conversion processes.

Steven Crossley

Associate Professor, The University of Oklahoma

Appearances