Ace Green Recycling, Gold Star Metals ink supply agreement for battery recycling feedstock

Under the agreement, Gold Star Metals will supply Ace with a minimum of 30,000 metric tons of master used lead-acid batteries, or ULAB, per year.

A man carries a spent car battery.

Евгений Панов | stock.adobe.com

Battery recycling technology company Ace Green Recycling Inc., Houston, recently announced the signing of a multiyear master used lead-acid batteries (ULAB) supply agreement with Gold Star Metals LLC (GSM), a battery recycler and aggregator also based in Houston.

Under the agreement, GSM will supply Ace with a minimum of 30,000 metric tons of ULAB annually, with the ability to scale volumes up to 100,000 metric tons per year as Ace expands operations at its planned flagship facility in Texas, which the company says it expects to begin operations in 2026. Ace says the ULAB will be sourced from Texas, Louisiana, Oklahoma, Kansas, Arkansas and New Mexico, and will “complement Ace’s existing supply agreements,” providing a pipeline of feedstock for the company’s recycling technology.

RELATED: Ace Green unveils system to support antimony recovery, lead battery recycling | Ace Green Recycling secures battery material supply agreement

“This partnership is a major step in securing a stable and sustainable supply chain for our U.S. operations,” says Ace Business Director Siddharth Roy. “Together, Ace and GSM share a commitment to building a zero-emissions future for the global recycling industry.”

Ace says its multiyear agreement marks a “significant milestone” in strengthening the U.S. battery ecosystem and will help ensure supply security, environmental responsibility and sustainable growth.

“Ace is a visionary when it comes to scaling environmentally friendly solutions for lead battery recycling, and our long-term agreement leverages our strong regional collection network to support the next generation of clean recycling solutions,” says GSM Business Manager Parth Tanna.

No more results found.
No more results found.