The Circular Rink: Recycling

Hockey equipment recycling — keeping composite materials out of landfill through material recovery and repurposing initiatives — is an emerging sustainability priority that is gaining real traction in 2026, even as the technical challenges remain significant.

What You Need to Know

True carbon fiber composite recycling is technically difficult because the thermoset resins used in hockey sticks and skate outsoles cannot be remolded after curing. Genuine carbon fiber recovery requires either pyrolysis — burning off the resin at high temperature — or chemical solvolysis, which dissolves the resin using industrial solvents. Both processes are energy-intensive, recover shorter and lower-grade fiber than the original material, and are not yet economically viable at the volume hockey equipment would generate.

Repurposing offers a more immediately practical circularity path. Multiple organizations currently collect used hockey sticks for conversion into composite decking materials, playground equipment, street hockey gear, and furniture components. Brand-sponsored take-back programs at pro shops are the primary collection channel for repurposing-focused stick programs, and their availability is expanding year over year.

Key Takeaways:

• True carbon fiber recycling requires pyrolysis or solvolysis — both energy-intensive and not yet at commercial hockey scale
• Repurposing for composite decking, street hockey gear, and furniture is the most practical near-term circularity path
• Brand-sponsored take-back programs at pro shops are the primary collection channel for stick repurposing
• Economic viability of genuine carbon fiber recycling is developing — commercial solutions are still years away

The circular rink is a long-term vision — but practical repurposing programs available today make it possible to keep hockey sticks out of landfill right now.