Title: Frontal Polymerization: Empowering Soft Materials Manufacturing through a Low-Energy, Self-Sustained Technique
Speaker: Prof. Diego Alzate-Sanchez
Department of Chemistry and Chemical Biology . Northeastern University, Boston
Abstract: Energy efficiency is a paramount concern in the plastic manufacturing process, impacting every stage from material extraction to product disposal. As we strive for a more sustainable future, novel approaches with reduced energy footprints are imperative. In this presentation, I will explore the application of frontal polymerization, an innovative technique characterized by low energy consumption and self-sustained polymerization, in synthesizing diverse polymeric architectures. Specifically, I will delve into our research on polymeric foam fabrication, emphasizing our ability to control cellular structure morphology and fine-tune material properties. Additionally, I will discuss our advancements in utilizing frontal polymerization for the rapid and precise polymerization of high molecular weight polymers. Furthermore, I will highlight our efforts in scaling up oligomer synthesis through the incorporation of a chain transfer agent into the frontal polymerization process. Through these discussions, I aim to shed light on the potential of frontal polymerization as a sustainable and efficient method in plastic production.
