WRS Texas solar panel recovery plant: process design and value notes for engineers
Reviewed by Joe Ashwell
First reported on MINING.com
30 Second Briefing
We Recycle Solar will build the US’ first end-to-end critical materials recovery facility for retired solar panels on a 10-acre campus outside Dallas, targeting Q3 2027 start-up. The Arizona-based firm says the commercial-scale plant will process one panel per minute and recover up to 96% of contained silver, copper, silicon, aluminium and glass through a proprietary extraction process that avoids any offshore smelting. WRS plans a further $100 million investment in four additional US facilities within four years, aiming to capture value from an $80 billion projected 2050 solar-panel waste stream.
Technical Brief
- Facility is located on a 10‑acre WRS-owned campus outside Dallas, Texas.
- Plant uses a proprietary high‑efficiency end‑to‑end critical mineral extraction process, avoiding downstream smelting.
- All processing and recovery steps occur entirely within the US, with zero offshore intermediate treatment.
- WRS plans four additional US recovery facilities within four years, totalling about US$100 million capex.
- New plants extend WRS’s existing onsite decommissioning, recycling and resale model to full critical material recovery.
- Recovered outputs include silicon, silver, copper, aluminium and glass as clean, market‑ready products.
- Operations are to comply with all relevant federal, state and local environmental and permitting requirements.
- Context: China controls an estimated 60–70% of refined silver supply and has tightened export licensing.
Our Take
With China estimated to control 60–70% of global refined silver supply, a high‑recovery US facility for silver and copper from solar panels in Texas gives downstream manufacturers a modest hedge against primary supply concentration in Asia.
The projected $80 billion in recyclable materials locked in US end‑of‑life solar panels by 2050 suggests that WRS‑type recovery plants could evolve into a parallel ‘urban mine’ segment in our Materials coverage, comparable in strategic weight to mid‑tier primary silver and copper projects.
Given that an estimated 90% of America’s old solar panels currently go to landfill or offshore processors, a domestic plant operating at Q3 2027 and planning four more sites within four years is likely to influence future US permitting and waste‑classification debates around PV modules and other e‑waste streams.
Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.
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