Purdue University Fort Wayne (PFW) has been awarded two significant grants totaling more than $560,000 to advance recycling research. These grants, provided by the Department of Energy, will fund innovative projects aimed at improving recycling processes through the use of artificial intelligence (AI). The first grant of $100,000 will support the development of a machine to sort recyclable plastic bottles, while the second grant of $461,071 will focus on enhancing battery recycling. These projects are expected to contribute significantly to environmental sustainability and economic efficiency.
Advancing Plastic Recycling Technology
The first grant, amounting to $100,000, is dedicated to developing a cutting-edge machine designed to sort various types of recyclable plastic bottles. This project, led by Bin Chen, an associate professor of electrical and computer engineering at PFW, aims to revolutionize the recycling process. The machine utilizes AI and computer vision to accurately identify and sort plastic bottles into multiple categories. This technology promises to be more efficient and cost-effective than traditional methods.
The machine’s development is currently in the research and development phase. It features an overhead camera system that scans the bottles as they move along a conveyor belt, rapidly sorting them based on their type. This innovation is expected to reduce production costs and increase the accuracy of the sorting process. The project has the potential to significantly improve the recycling industry’s efficiency and sustainability.
Enhancing Battery Recycling Programs
The second grant, totaling $461,071, focuses on improving battery recycling. This three-year project, also led by Bin Chen in collaboration with UHV Technologies and Penn State University, aims to increase consumer participation in battery recycling programs. The project will develop an AI-supported system to sort batteries more effectively, enhancing the economics of recycling and establishing robust state and local collection programs.
The initiative seeks to address the growing challenge of battery waste, which poses environmental and health risks if not properly managed. By improving the sorting process, the project aims to make battery recycling more accessible and economically viable. This effort is expected to lead to higher recycling rates and better resource recovery, contributing to a more sustainable future.
Impact on Students and Community
These grants not only support groundbreaking research but also provide valuable opportunities for PFW students. Graduate students will have the chance to work on these projects, gaining hands-on experience with advanced technologies and contributing to meaningful environmental solutions. Bin Chen emphasizes the importance of integrating AI into manufacturing processes, preparing students for future careers in this evolving field.
The community stands to benefit from these projects as well. Improved recycling processes can lead to reduced waste and lower environmental impact. The advancements made through these grants will contribute to Fort Wayne’s reputation as a hub for innovation and sustainability. The collaboration between PFW, UHV Technologies, and Penn State University highlights the importance of partnerships in driving progress and achieving common goals.
