To ensure the full sustainability of the clean energy transition by pioneering advanced, zero-waste processes that recover and repurpose high-value, critical materials from end-of-life photovoltaic (PV) panel, transforming solar waste into essential resources for a circular economy.
Driving a sustainable, circular economy for clean energy by responsibly managing hazardous materials and maximizing the recovery of finite, valuable resources.
To create a circular future where every Solar PV panel is responsibly reclaimed, reused, and reborn.
To ensure the full sustainability of the clean energy transition by pioneering advanced, zero-waste processes that recover and repurpose high-value, critical materials from end-of-life photovoltaic (PV) panel, transforming solar waste into essential resources for a circular economy.
Driving a sustainable, circular economy for clean energy by responsibly managing hazardous materials and maximizing the recovery of finite, valuable resources.
To create a circular future where every Solar PV panel is responsibly reclaimed, reused, and reborn.
Direct recycling-ready aluminium from frames.
High-purity metal powder recovered via gravity + electrostatic separation.
Recovered silicon processed for reuse in metallurgical, electronic, and advanced materials.
High-clarity recycled glass for construction, insulation, and industrial reuse.
Recovered EVA encapsulant recycled for reuse in industrial plastics and energy-efficient materials.
