We engage with operators, manufacturers, researchers, and public-sector partners to commercialize and deploy advanced PV recycling technology — combining Canadian engineering leadership with international industrial capability.
Each track describes a defined collaboration model — what we bring, what we look for in partners, and where the cooperation creates industrial value along the commercialization pathway for solar recycling infrastructure.
Joint engineering relationships with industrial equipment manufacturers and component suppliers — robotics, hydraulics, conveyance, instrumentation, and electrical sub-systems — to industrialize each module in the line.
Applied research partnerships with universities, public research institutions, and material-science groups focused on PV material recovery, separation chemistry, and next-generation module formats.
Engagement with Canadian and international clean-tech accelerators, public-sector innovation programs, and infrastructure investors to accelerate the commercialization pathway for advanced recycling systems.
Cross-border engineering cooperation combining Canadian process and equipment engineering with established international industrial capability — manufacturing, deployment, and field service.
Working with solar developers, asset owners, IPPs, and recycling operators to engineer the end-of-life infrastructure that complements renewable energy deployment.
Partnerships with downstream refiners, secondary-material buyers, and circular-economy initiatives to ensure recovered materials re-enter the supply chain at meaningful grade and volume.
North Volt Cycle is actively exploring cross-border research and commercialization partnerships to accelerate the deployment of solar panel recycling technology. We are particularly interested in collaborations that combine Canadian engineering leadership with established international industrial capability — manufacturing, robotics, and field deployment.
Partnership engagements are scoped against defined engineering deliverables, IP frameworks suitable for public-sector review, and commercial structures appropriate for industrial infrastructure investment.
Start a ConversationJoint scoping, technical due diligence, and engineering work packages with clear deliverables.
Eligible for and aligned with Canadian and international clean-tech innovation funding frameworks.
Designed for regional deployment models with international manufacturing and field service partners.
