Hyundai Canada and researchers at McMaster University have developed a process to convert used tires into a silicone material for hockey pucks.
This collaboration addresses the environmental impact of rubber waste by transforming discarded automotive parts into functional sporting goods. The project seeks to establish a circular economy for materials that are typically difficult to recycle.
The partnership focuses on reducing the massive amount of tire waste generated globally. According to the project details, billions of tires become waste each year [1]. By extracting a silicone-like substance from these tires, the team has created a sustainable, and recyclable alternative to traditional puck materials.
The process involves chemically treating the used rubber to create a material suitable for high-impact sports equipment. These green hockey pucks are designed to maintain the performance standards of the game while lowering the carbon footprint of the equipment manufacturing process.
Researchers at McMaster University worked alongside Hyundai Canada to refine the conversion process. The resulting material allows for the repurposing of rubber that would otherwise occupy landfills or be incinerated, contributing to a reduction in environmental pollutants.
This initiative represents a broader effort to find industrial applications for waste products. The team intends for this silicone material to serve as a blueprint for other sustainable sports equipment, potentially expanding beyond the ice rink to other rubber-based products.
“Billions of tires become waste each year.”
This project demonstrates a shift toward 'upcycling' industrial waste into high-performance consumer goods. By converting tire rubber into silicone, the partnership proves that hazardous waste streams can be diverted into a circular manufacturing loop, potentially reducing the reliance on virgin plastics and synthetic rubbers in the sports industry.
