Development of Sustainable and Degradable Thermoplastics, Thermostats and Elastomers

Presenter: Angelina Kolomiiets, Biochemistry, Global Public Health Scholars

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For my practicum project I had the privilege of working with the Sita Lab on the Bixin project, which focuses on discovering sustainable alternatives to traditional plastics. My main task involved developing sustainable, environmentally degradable, and recyclable thermoplastics, thermosets, and elastomers to counteract the plastic pollution crisis. Specifically, by harnessing hydrogenated bixin and norbixin from achiote tree seeds, I created new polymers that are environmentally degradable and recyclable. Throughout this experience, I gained valuable insights into the intricate process of material synthesis and the importance of sustainability in scientific innovation. Moreover, I learned how to effectively collaborate with a team and navigate complex research projects. In terms of its public health connection, our work directly addresses the pressing issue of environmental pollution and its adverse impacts on human health. By developing eco-friendly alternatives to plastics, we aim to mitigate pollution-related health risks and promote a cleaner, healthier environment for all.