Millions of aging solar panels are piling up with nowhere to go and a Texas startup says it can turn them into a “gold mine” by recovering 96% of their critical materials on U.S. soil through a $100 million national recycling network launching in 2027
Image generated with artificial intelligenceMillions of aging solar panels are piling up with nowhere to go. A Texas startup says it can recover 96% of their critical materials on U.S. soil.
The United States has installed enough solar panels to power tens of millions of homes — but those panels don’t last forever. As the first large wave of utility-scale arrays approaches end-of-life, the silver, copper, and silicon locked inside them is largely going to waste, or heading overseas for processing.
The U.S. has no robust domestic system to capture what those panels hold. A Texas startup thinks it has found a way to change that.
That stands in contrast to parts of Europe, where extended producer responsibility frameworks require manufacturers to fund end-of-life collection and processing.
A mounting problem hiding in plain sight
Solar panels are built to last — typically 25 to 30 years. That sounds reassuring until you consider that large-scale solar deployment in the U.S. began in earnest in the late 1990s and accelerated sharply through the 2000s. Those early installations are now aging out, and the volume of retired panels will keep growing for decades.
Inside each panel sits a mix of materials that are anything but worthless. Silver, copper, silicon, aluminum, and glass — all critical to modern energy and manufacturing supply chains — are embedded in every unit. The problem is that the U.S. has no widespread system to recover them domestically.
Most of what gets extracted from decommissioned panels today moves through offshore processing channels, particularly in Asia. That means raw value embedded in American solar infrastructure routinely leaves the country rather than re-entering the domestic economy. The gap between how fast the U.S. installs solar and how little recycling infrastructure exists to handle end-of-life panels has widened every year.
What We Recycle Solar is building — and why Texas
We Recycle Solar, a company that already operates a recycling facility in Yuma, Arizona, has announced plans to open a new solar panel recycling and critical material recovery facility outside Dallas. The plant is scheduled to launch in Q3 2027 and will sit on a 10-acre campus.
Texas isn’t an arbitrary choice. It sits at the center of a rapidly expanding solar market, with significant commercial and utility-scale installations spread across the state — positioning a flagship facility there gives the company geographic reach into one of the country’s largest concentrations of solar assets.
The Texas plant will be the first in what the company describes as a planned national network, building on the operational foundation already established in Arizona and scaling toward something significantly larger and more comprehensive.
The 96% recovery claim — what it means in practice
The headline figure from We Recycle Solar is a recovery rate of up to 96% of the silver, copper, silicon, aluminum, and glass contained in end-of-life panels. That’s a specific and ambitious claim. What matters as much as the number is what happens to those materials afterward.
The company says recovered materials will be processed entirely on U.S. soil — zero offshore processing — and will emerge as what it calls “market-ready critical materials” available for direct resale. The outputs aren’t raw scrap. They’re refined enough to re-enter manufacturing supply chains without additional processing steps abroad.
CEO Adam Saghei has been direct about the strategic framing. “Solar panels contain the exact critical materials the U.S. supply chain desperately needs,” he said, “but until now, no American company has been able to recover their full resources at such scale or efficiency.” His argument is that value currently flowing to Asian processors could instead stay domestic — feeding back into U.S. manufacturing rather than exiting the supply chain entirely.
A $100 million bet on a national recycling network
The Texas facility is only the opening move. Within four years, We Recycle Solar plans to invest approximately $100 million to build four additional processing centers across the United States — a distributed national network rather than a single centralized hub.
That distributed model matters for economic reasons. Shipping decommissioned solar panels long distances is expensive and logistically complex, and locating facilities closer to where panels are actually being retired cuts those costs substantially. It makes recycling more viable for the commercial and utility-scale operators who own large fleets of aging arrays.
Each new facility will expand on the company’s existing approach of onsite decommissioning, recycling, and resale, adding full-scale material recovery to the mix. The broader ambition reflects a growing recognition that domestic critical mineral supply chains need to be built deliberately — they won’t emerge on their own.
Where solar recycling stands — and what still needs to change
The U.S. currently has no federal mandate requiring solar panel recycling. That stands in contrast to parts of Europe, where extended producer responsibility frameworks require manufacturers to fund end-of-life collection and processing. Without similar rules domestically, recycling remains largely voluntary — and economically inconsistent.
For commercial and utility-scale operators, the math has to work. Recycling panels costs money, and unless recovered materials generate enough value to offset processing and logistics expenses, many operators will default to cheaper disposal options like landfilling. Building that economic case is as important as building the physical infrastructure.
The strategic stakes are also rising. Competition over critical mineral supply chains has intensified globally, and silver, silicon, and copper all face significant demand well beyond solar. Recovering them domestically from panels that would otherwise be discarded represents a real supply opportunity — if the infrastructure exists to capture it.
What We Recycle Solar is attempting won’t close the recycling gap overnight. The Texas facility’s 2027 launch, and the four additional sites planned to follow, will serve as an early test of whether large-scale domestic solar recycling is not just technically achievable but commercially sustainable. That answer will shape how the broader industry responds for years to come.
Carlos is an engineer with strong expertise in technical and industrial topics. He previously worked at international companies such as Siemens and is multilingual.
