Solar PV Recycling. Maximum Value.

Solar PV Recycling. Maximum Value.

End-of-Life Solar — A Critical Opportunity

Australia leads in solar adoption, but recycling infrastructure remains inadequate to address the accelerating volume of decommissioned PV modules.

Mechanical-only recycling yields low-value byproducts and loses essential metals to waste streams, missing the commercial opportunity.

CellCycle targets high-purity extraction and full material traceability to enable a circular supply chain for solar manufacturing.

Integrated Process — Superior Material Recovery

Our proprietary line goes beyond mechanical separation: post-collection steps include frame removal, thermal delamination, and cell liberation.

Advanced hydrometallurgy isolates silver, copper, and high-grade Si, delivering yields ready for re-manufacturing while water and waste are responsibly managed.

Tracking every output, CellCycle ensures closed-loop sustainability — positioning us ahead of mechanical-only, export, or landfill alternatives.



Validation 2025

Validation 2025

Purified Si

Purified Si

Industry MOUs

Industry MOUs

Pilot sites

Pilot sites

Growth Roadmap: Lab to Commercial

2026: Recruit technical team, secure collaboration with research and industrial partners, advance IP filings.

2026–27: Scale validation in pilot operations, demonstrating repeatable high-purity recoveries and building bankable datasets for investors.

2027–28: Commercial launch of 20,000 tpa facility, export technology through JV/licensing, establish CellCycle as Australia’s PV recycling leader.

Founders with Deep-Tech and Recycling Expertise

CellCycle combines scientific depth, process engineering and commercial execution to scale high-value solar PV recycling.

Dr. Ali Naderi
CEO & Co-Founder

PhD in Chemical & Biomolecular Engineering from the National University of Singapore. Deep-tech founder and former CTO at DiviGas, with experience in process development, commercialisation, fundraising and membrane technology.


Dr. Reza Katal
CTO & Co-Founder

PhD in Environmental Engineering from the National University of Singapore. Recycling and process expert with CTO/co-founder experience at Green Li-ion, specialising in adsorption, hydrometallurgy and scale-up.
Tags: Recycling, Hydrometallurgy, Scale-Up, Process Engineering

US$15B+

US$15B+

Recoverable PV value by 2050

Recoverable PV value by 2050

78M t

78M t

Solar waste by 2050

Solar waste by 2050

US$330+

US$330+

Gross profit/tonne (pilot)

Gross profit/tonne (pilot)

Connect With CellCycle

Connect With CellCycle

For investor discussions, technical briefings, pilot partnerships or recycling enquiries, contact our team.

For investor discussions, technical briefings, pilot partnerships or recycling enquiries, contact our team.

CellCycle logo — Closing the Loop on Solar Panel Waste

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