Cooperation

We are proud to be part of a cluster group dedicated to driving innovation and achieving shared goals through our joint initiative, while learning from key partner projects that advance our mission within our collaborative network.

EVERPV

Demonstrating efficient, low-cost, emerging recycling technologies for solar PV modules.

EVERPV aims to provide Europe with efficient and sustainable technologies for the recovery, from end-of-life PV panels, of high purity and high integrity materials, components qualified for reuse in several applications, including in the PV industry.

    • Optimise delamination processes for solar panel recycling.

    • Separate and recover high-purity silver, polymers, and glass.

    • Demonstrate the reusability of the recovered materials in the solar value chain, and other relevant industries (building, automotive, packaging, etc).

    • Reduce the solar industry’s environmental impact.

FORESi

Fostering a Recycled European Silicon Supply through the world’s first industrial demonstration of a cradle-to-cradle silicon value chain.

FORESi contributes to a sustainable energy sovereignty for Europe, a circular recycling process from end-of-life PV panels towards new photovoltaics and EV batteries applications will be demonstrated.

    • Develop and demonstrate EU-wide processes for PV module collection, reuse, and repair.

    • Implement an automated dismantling and sustainable recycling process with a 95% recovery target.

    • Produce High Pure Monocrystalline Silicon from waste and use 15% upcycled silicon in new solar cells.

    • Design a turnkey PV recycling factory and provide EU policy recommendations for sustainability.

RETRIEVE

Reintegration of photovoltaic panel waste back into manufacturing as high value products.

RETRIEVE enhances circularity in the PV sector by upcycling End-of-life solar panels through advanced recycling processes, reducing Europe's dependency on non-European panels. The project focuses on cost-effective recycling technologies, including glass recycling, silicon purification, silver recovery, and polymer valorization with carbon capture.

    • Develop technology for efficiently dismantling PV panels to extract high-quality materials.

    • Upcycle over 95% of End of Life PV panel materials for new PV module production.

    • Integrate upcycled glass and silicon into "Made in Europe" PV modules.

    • Recover 99% of silver and valorize plastics into syngas with carbon capture.

PVReValue

Characterization of end-of-life modules for subsequent delamination and recycling

PVReValue focuses on developing sustainable recycling processes for end-of-life photovoltaic (PV) modules, aiming to recover valuable materials while minimizing environmental impact. The project seeks to create efficient, resource-friendly solutions to reduce waste, recycle materials like glass and metals, and promote the circular economy in renewable energy technologies.

    • Develop an advanced recycling process to recover valuable materials from end-of-life PV modules.

    • Minimize environmental impact by optimizing resource efficiency and reducing waste.

    • Promote the circular economy by reintroducing recycled materials into new PV production.

    • Ensure compliance with industrial standards and create replicable, scalable recycling solutions.

Community

APOLLO's impact is enhanced by connecting with key stakeholders in sustainable construction and innovation, promoting collaboration, knowledge exchange, and broader adoption of its PV recycling solutions by being part of the community.

ECTP

The European Construction, Built Environment and Energy Efficient Building Technology Platform

ECTP is dedicated to developing new Research, Development, and Innovation (R&D&I) strategies to enhance competitiveness, address societal needs, and tackle environmental challenges within the built environment. By collaborating with the European Commission and other sectors, ECTP aims to influence and respond to Europe's research agenda, fostering industry growth and promoting a more sustainable future.