Chemical and biological engineering student David Frankel is actively working under the guidance of Professor Michele Sarazen to develop innovative methods for tackling persistent plastic waste. His efforts focus on finding effective solutions to address one of the most challenging environmental issues posed by durable plastics that resist conventional recycling processes.
Frankel’s research involves exploring new chemical and biological strategies that could potentially break down plastic materials more effectively than current technologies. His work is critical as traditional recycling often fails to stop plastics from accumulating in landfills and oceans, contributing to significant pollution problems. Through his studies, Frankel aims to discover transformative approaches that might lead to more sustainable waste management practices.
Under Sarazen’s supervision, Frankel is investigating various processes that could significantly enhance the degradation of plastic waste. These methods may include the use of specialized microbes or advanced chemical reactions that can degrade plastics into less harmful substances or reusable materials. His research is still in progress, but early indications suggest promising avenues for potentially diminishing the environmental impact of plastic waste.
The research led by Frankel and Sarazen is part of broader scientific efforts to address the global plastic crisis. Learning more about the biological and chemical interactions with plastics could revolutionize how waste is handled in the future. This project not only aims to manage plastic waste more efficiently but also looks toward creating a sustainable framework for dealing with similar materials across the globe.
As scientists like Frankel continue to explore new paths and solutions, the hope is that these efforts will bring significant advancements in reducing plastic waste, thereby supporting environmental well-being and sustainability. This research contributes to the ongoing dialogue and action needed to combat environmental challenges effectively.
Source: Princeton News
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https://www.princeton.edu/news/2026/06/17/senior-thesis-spotlight-chemical-and-biological-engineer-exploring-potential
