Future RecoveryDevelop routes to identify and separate reusable materials.
Solar Panel Recycling
Giving valuable materials another life.
Our solar-panel circularity programme explores how materials associated with end-of-life photovoltaic panels could be recovered, repurposed and returned to productive use.
Explore the ProgrammeWhy This Matters
A growing waste stream needs a responsible solution.
As solar technology expands, more panels will eventually reach the end of their useful life. Without responsible recovery routes, valuable materials can be lost and unnecessary waste can be created.
Our programme considers material separation, downstream recovery and the potential for glass-derived silica in advanced materials. We welcome research and project partnerships; commercial panel collection and recycling services are not currently offered.
A resource-recovery ambition for Thailand and the wider region.
Reuse OpportunitiesExplore routes that return recovered materials to productive supply chains.
Waste ReductionPlan future processes that limit avoidable disposal and material loss.
Future PartnershipsBuild relationships with asset owners, recyclers and technical partners.
Recover. Reuse. Reimagine.
Exploring a path from end-of-life panels to useful resources.
These programme priorities guide assessment of panel types, separation methods and downstream uses. Technical routes depend on project requirements, partners, permits and validation.
Partnership Development
Identify suitable projects, asset owners and responsible recycling relationships.
Assessment Method
Develop procedures for documenting panel type, condition and suitable processing routes.
Deconstruction Trials
Evaluate safe methods for separating frames, glass, wiring and other components.
Recovery Routes
Confirm suitable downstream routes for each recoverable material stream.
Silica Research
Assess whether recovered glass-derived silica is suitable for advanced material development.
Programme Scale-Up
Assess the technical, operational and commercial requirements for a scalable recovery programme.
Material Recovery
More than one valuable resource.
Our resource-recovery programme considers the following material streams and their potential downstream uses.
Glass & Silica
Glass-rich material may support silica recovery and future advanced-material development.
Aluminium
Frames and structural components can be separated for established metal-recycling routes.
Copper & Wiring
Electrical conductors can be recovered and directed to appropriate recycling partners.
Other Components
Remaining parts are assessed for reuse, recycling or controlled downstream processing.
Intended Outcomes
Keeping resources in productive use for longer.
Our objectives are to identify useful recovery routes, reduce avoidable disposal and build responsible regional supply relationships. Programme evaluation will track material yields, processing requirements and environmental performance.
Material-recovery objective
Resource-efficiency objective
Future circular-economy research
Work With Us
Help shape solar-panel circularity.
We welcome discussions with solar developers, asset owners, research organisations and responsible recovery partners about projects, materials and collaboration.