Recent work has analyzed opportunities presented by upcycling and highlighted the potential contributions of such pathways to plastic waste management . Substantial work has also been devoted in analyzing the economic and environmental performance of various upcycling pathways . However, limited work has explored logistical and interdependency issues that arise in the deployment of upcycling technologies in waste management infrastructure (e.g., how upcycling technologies connect with MRFs). Badejo et al. and Chen et al. proposed models for analyzing supply chains that manage plastic waste (with focus on polyethylene waste). Ma et al. proposed a supply chain optimization framework for studying the deployment of an upcycling infrastructure in the US Midwest region that processes post-consumer waste to obtain virgin LDPE and PP. This analysis revealed that economies-of-scale require infrastructures to be deployed over sufficiently large geographical regions (to ensure sufficient supply of waste feedstock). Specifically, supply chain models are needed to capture complex trade-offs that arise from spatial distribution of waste, transportation costs and constraints, and technology sizes/locations.