For nearly a decade, people in Sweetwater have faced an unsettling scene every time they come and go: thousands of discarded wind turbine blades looming on the edge of this small West Texas town—impossible to ignore and hard to forget.
The blades sprawl across nearly one million square feet beside Interstate 20, with hundreds more piled at a second nearby site. Once stretching up to 200 feet—almost as wide as a Boeing 747’s wingspan—they’ve been hacked into thirds, leaving jagged, hollow shells behind. Locals say the massive fragments have become a breeding ground for rattlesnakes, trap standing water that draws swarms of mosquitoes, and pose a growing danger to children who live just steps away.
For years, the town has pressed the company responsible to clear the massive blades—but their pleas have gone unanswered, leaving the growing eyesore untouched.
"It’s really ugly," says Samantha Morrow, the city attorney. She’s explored the cost of removing the blades, but estimates range from $13 million to a staggering $54 million—far beyond what the city can afford.
Each year, thousands of visitors flock to Sweetwater for its famed Sweetwater Rattlesnake Roundup, while nearby wind energy projects bring a steady stream of additional traffic. But according to Miesha Adames, the towering piles of discarded blades are tarnishing the town’s image—leaving a lasting impression for all the wrong reasons.
Miesha Adames, Sweetwater's executive director of economic development. Photographer: Brenda Bazán/Bloomberg
Texas officials have had enough. Just last month, Attorney General Ken Paxton filed a civil lawsuit against Global Fiberglass Solutions—the company accused of abandoning the massive wind turbine blades in Sweetwater—escalating the fight to clean up the growing mess.
Four individuals have now been indicted on charges of illegal dumping and theft, as prosecutors move to crack down on the growing scandal. The Nolan County District Attorney’s Office is pushing for substantial prison sentences—and warns that even more charges could be on the way.
“They chose Sweetwater, Texas, Nolan County, and just decided, ‘I’m going to take some money and I’m going to leave this here and it’s their problem,” District Attorney Ricky Thompson told reporters at a recent press conference held in front of the blades. “That’s not okay.”
The backlash isn’t limited to Texas. Global Fiberglass Solutions is now under mounting pressure nationwide—facing another lawsuit from the state of Iowa, along with a wave of claims over unpaid wages and outstanding debts to suppliers.
At its core, this is the story of an entrepreneur who believed he could turn discarded wind turbine blades into a multimillion-dollar opportunity—but, by many accounts, got in over his head. What followed is a cautionary tale: frustrated residents, mounting debt, and a growing web of legal troubles closing in.
Don Lilly, chief executive of Global Fiberglass Solutions, insists he hasn’t illegally dumped anything and says he’s still committed to recycling the blades. In an interview late last year, he described being trapped in a vicious cycle—taking in more retired blades while struggling to find buyers for the recycled material—leaving the massive stockpile to keep growing.
In a statement emailed to Bloomberg News in March, Don Lilly said Global Fiberglass Solutions would not comment on the allegations due to ongoing litigation. Meanwhile, the company’s head of business development, Ronald Albrecht, along with his legal representatives, did not respond to repeated requests for comment.
The blades have been cut into thirds, leaving openings that locals worry pose a safety risk. Photographer: Brenda Bazán/Bloomberg
While the case itself is unusual, it shines a spotlight on a much bigger problem: what to do with aging wind turbine blades and other complex, plastic-heavy materials once they reach the end of their life. As older turbines are replaced or refurbished, the volume of blade waste is surging—and by 2050, the world could be facing as much as 43 million tons of it, according to one estimate.
Wind turbine blades can be repurposed—shredded for use in cement kilns or transformed into new materials—but these processes are costly and come with environmental trade-offs of their own. Demand for recycled blade material remains limited, leaving few willing buyers. Some companies have found creative uses—turning old blades into bus shelters or even pedestrian bridges—but for now, those innovations remain niche solutions to a rapidly growing problem.
Low-carbon wind power remains a critical tool in the fight to keep global temperatures in check, and the waste it generates represents only a tiny fraction of what ends up in landfills each year. Even so, the local environmental footprint of renewable energy is vastly outweighed by the far more damaging impacts of fossil fuel production—putting the broader picture into sharp perspective.
Back in 2009, Don Lilly and Ken Weyant launched Global Fiberglass Solutions in Bothell after being introduced by a mutual friend. At the time, Lilly was coming from a background in software sales, with no experience in recycling. Weyant—an accountant who later died in 2015—had become fascinated with materials that were notoriously difficult to reuse and was searching for a partner who, as Lilly put it, “thought outside the box.”
The pair spotted an opportunity in the growing wave of waste from composite materials—like those used in boats and airplane wings. A few years later, they expanded their ambitions to include wind turbine blades after Don Lilly came across an article about a turbine manufacturer struggling to dispose of its used blades—an idea that would soon reshape the company’s direction.
The timing couldn’t have been better. In 2015, the U.S. government extended the federal production tax credit for wind energy, triggering a wave of “repowering” across the industry—where operators replaced older turbines, or just their blades, with larger, more efficient models capable of generating more electricity. The result: a looming surge of retired blades, with thousands suddenly destined for landfills nationwide.
Up to 90% of a wind turbine’s mass can be recycled with relative ease—but the blades are a different story. Built from layers of fiberglass or carbon fiber wrapped around cores of balsa wood or plastic foam, they’re fused together with liquid resin that hardens into a single, stubborn structure. Pulling those materials apart is both technically challenging and expensive. Even getting the blades to a recycling site adds another hurdle, often requiring specialized trucks, oversized-load permits, and significant logistical costs.
A roadside sign for Global Fiberglass Solutions along State Highway 70 in Sweetwater tells passing drivers the massive piles of discarded blades are being “prepared for recycling”—a promise that contrasts sharply with the towering stacks still left in place. Photographer: Brenda Bazán/Bloomberg
Global Fiberglass Solutions pitched its vision to turbine makers, including General Electric, promising to cut up retired blades directly at wind farms, haul them away for recycling, and provide official decommissioning certificates. Don Lilly also highlighted a key partnership with Karl Englund, a researcher from Washington State University who later became the company’s chief technology officer. Englund had developed a process to grind old blades into filler materials he said could reinforce products ranging from furniture to concrete—an idea that sounded as promising as it was ambitious.
In 2016, Global Fiberglass Solutions pitched General Electric with a presentation showcasing products it claimed could be made from retired blades—manhole covers, pallets, and industrial panels. The proposal even dangled discounted pricing and the promise of “joint PR activity on recycling efforts,” according to court filings—an offer designed to turn waste into both profit and positive publicity.
The following year, in 2017, Global Fiberglass Solutions set up operations in a former aluminum recycling plant in Sweetwater—marking a major step in its expansion. Not long after, General Electric signed two deals with the company to remove and recycle nearly 5,000 retired blades, paying more than $3,500 per blade—a high-stakes bet on a solution that promised to tackle a growing waste problem.
Global Fiberglass Solutions pitched turbine manufacturers on a sweeping solution: it would cut up retired blades right at wind farms, haul them away for recycling, and provide official decommissioning certificates—an all-in-one promise designed to make a complex problem disappear. Photographer: Brenda Bazán/Bloomberg
According to Karl Englund, the problem was simple: filler products just didn’t excite potential customers. “People want sexy. They want their recycling operation to have some whiz-bang,” he said in an interview. Even worse, producing filler—even if demand had existed—would have consumed only a small fraction of the material coming from the blades, leaving the bulk of the waste problem unresolved.
Karl Englund had also developed a method to turn more of the blades into usable panels—but scaling it up came at a steep cost. The specialized equipment was expensive, and the grinding process itself put intense strain on machinery, causing significant wear and tear that made the operation even harder to sustain.
Even so, a press release from Global Fiberglass Solutions in early 2019 painted a far more optimistic picture—claiming that “commercial production” was already underway in Sweetwater, despite signs the operation was still struggling to scale.
Tatiana Golik said she was pressured by executives to portray Global Fiberglass Solutions as “fully operational” during a 2019 presentation to a turbine manufacturer. She also said she was instructed to draft a client newsletter declaring that “manufacturing is on.” The newsletter, reviewed by Bloomberg, claimed the company was producing between 300 and 500 pounds of pellets each day—an assertion that painted a far more active operation than some insiders say actually existed.
“That was a complete lie,” Golik said in an interview. “We weren’t producing anything daily.”
In an email to Bloomberg, Don Lilly pushed back on the claims, saying statements from former employees are “disputed.” He added that the plant’s status evolved over time and, during that period, it “had not yet received all permits required to conduct full manufacturing operations”—offering a more nuanced picture of a facility still in transition.
After its 2018 visit to Sweetwater, General Electric chose not to sign any additional contracts with Global Fiberglass Solutions. By then, however, the damage was done: GE had already handed over roughly 5,000 blades for recycling—many of which ended up stockpiled across Iowa and Texas. And GE, it turned out, wasn’t the company’s only client.
In 2022, the Texas Commission on Environmental Quality issued an enforcement order requiring Global Fiberglass Solutions to secure permits for the blades already on site—and to stop accepting new material until it did. Regulators say the company failed to comply, prompting the case to be referred to Ken Paxton. Since then, according to Paxton’s office, Global Fiberglass has continued taking in multiple deliveries of turbine parts at its main Sweetwater facility, further escalating the standoff.
Some of the blades were hauled in by Dent Trucking, a local firm that began working with Global Fiberglass Solutions in 2017. Its owner, Cliff Dent, said he invested heavily—buying seven extra-long trailers at $35,000 each specifically to transport the massive blades. But the payments eventually stopped. Dent says he’s now owed $590,000 and has been forced to dip into his retirement savings just to keep his business afloat.
Global Fiberglass Solutions also stockpiled hundreds of blades from General Electric across three sites in Iowa. The company told GE it planned to expand into a facility in Newton—even touting it in a press release as a “major development.” But when later interviewed, Don Lilly said those plans unraveled after asbestos was discovered inside the building, preventing his team from ever gaining access to the site.
In 2022, the Iowa Attorney General’s Office warned General Electric it would pursue a civil environmental enforcement action over the growing blade waste—targeting both GE and Global Fiberglass Solutions. Facing mounting pressure, GE moved quickly to defuse the situation, ultimately paying $5.5 million to have the blades removed.
Cliff Dent says he invested in specialized extra-long trailers to haul massive wind turbine blades—only to be left unpaid, with Global Fiberglass Solutions now owing him hundreds of thousands of dollars. Photographer: Brenda Bazán/Bloomberg
In September 2023, General Electric sued Global Fiberglass Solutions, accusing it of “fraud and deception” and running a “bait-and-switch scheme.” In response, Global Fiberglass pushed back, arguing in court filings that its agreements with GE did not require it to actually recycle the blades—only to ensure they didn’t end up in landfills—setting the stage for a high-stakes legal battle over what was promised versus what was delivered.
In 2024, a judge sided with General Electric—which had by then split into three entities, with its wind business spun off into GE Vernova Inc.—and ordered Global Fiberglass Solutions to pay roughly $15.5 million, plus interest and legal fees, delivering a costly blow in the escalating dispute.
“We are pleased that the court ruled in our favor,” a GE Vernova spokesperson said in a statement to Bloomberg. “We will continue to work with other reputable suppliers and support industry partnerships designed to address the industry-wide issue of wind-turbine-blade recycling.” GE Vernova didn’t address specific questions about its dealings with Global Fiberglass.
From there, the legal pressure on Global Fiberglass Solutions only intensified. In September 2024, the Iowa Attorney General’s Office filed suit against the company, along with Don Lilly and Ronald Albrecht, alleging they illegally disposed of solid waste by stockpiling blades while making “no effort to recycle” them. Lilly and Albrecht moved to dismiss the claims, arguing Iowa courts lacked jurisdiction and that they shouldn’t be held personally liable—but a district court judge rejected that request. The two have since taken their fight to the Iowa Supreme Court, where the appeal remains pending.
Tatiana Golik, Heath Ince, and Karl Englund say they believe Don Lilly set out with the genuine goal of recycling the blades—but ultimately mismanaged the business, turning ambition into a costly unraveling.
Tatiana Golik said she left Global Fiberglass Solutions in 2022 after months without pay—and is still owed $86,000. Heath Ince says he’s owed more than $14,000 himself. He also recalled urging Don Lilly to fence off the towering blade piles to keep children from climbing on them—but said his warnings were ignored.
“Towards the end, he was desperate for money and started trying to save himself, regardless of who else got hurt,” said Ince.
Don Lilly declined to comment on the specific allegations from Heath Ince and Tatiana Golik. In late 2025, he said he remained active in blade recycling through a new company he had launched, which had recently signed contracts—though he refused to disclose the identities of his clients.
“This is not Global Fiberglass. It has nothing to do with Global Fiberglass,” he said.
The fate of the towering blade piles in Sweetwater remains uncertain, leaving residents and industry watchers alike wondering what will happen next.
Most retired wind-turbine blades end up in landfills. In the U.S., the main alternative is to shred them and feed them into cement kilns—but many experts see this as little more than a temporary fix. Cement kilns are major sources of hazardous air pollutants and carbon emissions, and the irregular arrival of blades clashes with the kilns’ need for a steady mineral mix. The process is also far more expensive than simply landfilling. Only a handful of U.S. kilns accept blades, and the intense grinding quickly wears out the specialized equipment.
"Silica will grind down every component you use," said Bob Cappadona, president and CEO for hazardous waste at Veolia North America. After General Electric moved away from Global Fiberglass Solutions, Veolia began shredding GE’s blades for cement kilns. “The grinder we were using was nearly half a million dollars and we were going through them like candy,” Cappadona recalled.
Disused blades in a field off State Highway 70. Photographer: Brenda Bazán/Bloomberg
Other companies are exploring alternative approaches. Some are designing blades with materials that can be more easily separated for recycling. Others, like Vestas Wind Systems AS and Gjenkraft, are experimenting with heat or chemical treatments to break down blades—though these methods can be energy-intensive and costly. In Iowa, a company called Renewablade is incorporating blades into non-structural concrete, but its process is limited to local production.
Some older turbines and their components are refurbished and sold secondhand in countries such as Italy and Poland, where strict height restrictions can make it difficult to install the newer, larger models.
To encourage innovation, members of WindEurope agreed to a voluntary ban on landfilling turbine blades, which went into effect in January. Meanwhile, in Texas, a new law requires that the costs of disposing and recycling wind components be factored into the financial assurances mandated under wind-power facility agreements.
Meanwhile, in Sweetwater, the towering piles of discarded blades remain a daily eyesore, with no clear timeline for when—or if—they will ever be removed.
Cliff Dent, who last transported blades for Global Fiberglass Solutions in 2023, says he still worries about children from the nearby housing complex getting injured by the towering piles.
“They’re like handmade forts to go play in. They’re stacked and they’re dangerous,” he said. “For us, this started out as a blessing but it’s turned into a nightmare.”
Photo: Brenda Bazán
