R3 Lithium Restarts Georgia Battery Plant After Ascend Bankruptcy
R3 Lithium has restarted a Georgia battery recycling facility with a 2,500-ton lithium carbonate line, $15 million in new funding and major offtake agreements.
A major US battery-recycling plant is getting a second life of its own.
R3 Lithium says it has begun operations at a 154,000-square-foot facility in Covington, Georgia, where used lithium-ion batteries and manufacturing scrap can be processed into lithium carbonate for new batteries. The company is taking over a plant formerly operated by Ascend Elements, which entered Chapter 11 bankruptcy in April 2026.
The restart comes with $15 million in Series A funding, a lithium carbonate production line rated at 2,500 metric tons per year, and what R3 describes as approximately $1 billion in signed offtake agreements. Commodity trader Trafigura is among the named customers.
Those are ambitious numbers for a company founded this year. The immediate importance is more concrete: expensive battery-processing equipment that had gone quiet is being brought back into service instead of becoming another stranded EV-industry asset.
What The Georgia Plant Actually Does
The Covington facility has two connected jobs.
First, it can shred as much as 30,000 metric tons of battery material annually, according to R3. The input can include factory scrap and end-of-life lithium-ion batteries. Shredding and separating that material produces black mass, a concentrated mixture containing valuable battery materials such as lithium, nickel, cobalt, manganese and graphite.
Second, the plant uses a calciner-based crystallization and water-based precipitation process to recover lithium from that black mass and refine it into lithium carbonate on the same site. Lithium carbonate is a key feedstock for many lithium-ion battery chemistries used in EVs and stationary energy storage.
R3’s September 10 announcement says the existing line can produce 2,500 metric tons of lithium carbonate per year, with space reserved for another line of the same size. The company says the facility previously demonstrated greater than 99-percent-pure lithium carbonate made entirely from recycled battery content.
That last distinction matters. Plenty of facilities can shred batteries into black mass. Turning the lithium inside that material back into a usable domestic battery ingredient is the more valuable—and more technically demanding—part of the loop.
This Is Also An Ascend Elements Bankruptcy Story
The plant itself is not new. Ascend Elements opened the Covington battery-recycling operation in 2023 and later added lithium-recovery equipment. In 2025, the former owner announced that it had produced recycled lithium carbonate there at commercial scale.
Ascend’s broader expansion strategy ran into financial trouble. The company filed for Chapter 11 bankruptcy in April, leaving the Covington production lines idle and creating an uncomfortable reminder that promising battery technology does not automatically produce a sustainable business.
R3 acquired the facility in July for an undisclosed price and retained several people familiar with the operation. President and CEO Linh Austin and chief technology officer Eric Gratz are both former Ascend executives.
The Atlanta Journal-Constitution reports that the new company is restarting the plant after Ascend’s collapse rather than building a greenfield facility from scratch. That should reduce construction time and capital needs, but it does not erase the challenge of running the operation continuously and profitably.
The $1 Billion Figure Needs Context
R3’s most eye-catching claim is that it holds approximately $1 billion in signed offtake agreements. An offtake agreement is a contract under which a customer commits to buy future production, often over multiple years.
That is useful because a recycler needs confidence that buyers will take the lithium carbonate once it is produced. It is not the same thing as $1 billion in current revenue, cash on hand or guaranteed profit.
The company also says its new $15 million funding round will pay for upgrades to the existing production line. Investors include Integral GlobalTech Partners, TDK Ventures and Axial Partners.
R3 projects that Covington could account for more than half of total US lithium carbonate production in 2027. That forecast says as much about America’s limited domestic output as it does about the plant’s size. It should be treated as a company target until the facility demonstrates sustained production at its planned rate.
Why Battery Recycling Capacity Matters To EV Buyers
A recycling-plant restart will not change the price of an EV next week. It matters because batteries become harder to localize if recovered materials still have to travel overseas for refining.
A functioning domestic loop can keep more lithium in circulation, reduce dependence on newly mined material, and give automakers another source of battery feedstock. It can also process manufacturing scrap now, years before the largest wave of early EV packs reaches retirement.
That does not make recycled lithium free or limitless. Battery packs still need to be collected, transported, safely discharged and processed. Recyclers need dependable feedstock, competitive recovery rates, qualified customers and enough scale to cover expensive industrial equipment. Commodity prices can also change the economics quickly.
The Ascend bankruptcy is the cautionary part of this story. North America needs battery recycling, but the sector still has to prove that technically impressive plants can survive uneven EV demand, volatile materials pricing and capital-intensive expansion plans.
For Canada, the Georgia restart is relevant even though the facility is in the United States. The North American battery supply chain crosses the border through mineral projects, cell plants, vehicle assembly and trade rules. Canada has made its own large battery investments, and the health of nearby recycling and refining capacity affects how complete that regional ecosystem becomes.
Our earlier look at Canada’s EV battery supply-chain reality check reached a similar conclusion: announcing plants is only the first step. The harder test is keeping them supplied, operating and financially durable.
The MotorLinks Take
R3 Lithium is inheriting both a valuable asset and a warning.
The valuable asset is a working industrial site with 30,000 metric tons of shredding capacity, an installed lithium carbonate line and staff who have already produced recycled material. The warning is that the previous owner still went bankrupt while trying to scale a much larger battery-materials business.
That makes the next milestone simple to describe and difficult to achieve: continuous commercial production. If R3 can turn scrap and retired batteries into qualified lithium carbonate month after month, the Covington plant could become an important piece of the domestic EV supply chain. If the restart stalls at demonstration batches and projections, the industry’s circular-battery promise remains unfinished.
For now, bringing an idle plant back online is real progress. The production data that follows will matter more than the size of the press-release numbers.