Evolution Metals Partners With INERGX to Supply Power for Battery Material Recovery Facility
Evolution Metals & Technologies signed a letter of intent with INERGX to provide energy systems for its planned U.S. battery material recovery facility, which will eventually operate at 5 GW capacity using on-site liquefied natural gas generation. The partnership includes storage design, supply, integration and service under a proposed initial ten-year term, with INERGX committing to non-China battery sourcing and evaluation of end-of-life pack returns for material recovery. The company maintained its fiscal 2027 revenue guidance of $400 million to $460 million.
Evolution Metals & Technologies is establishing infrastructure to support domestic battery recycling at scale. The partnership with INERGX addresses a critical operational need: reliable on-site power generation for facilities processing spent battery materials. The company's phased approach—reaching 1 gigawatt capacity within two years before expanding to 5 gigawatts—suggests a measured commercialization strategy aligned with market demand for recovered battery materials.
The arrangement also incorporates supply chain considerations, with INERGX committing to source batteries from non-Chinese suppliers and evaluate returning used battery packs to Evolution Metals for processing. The anticipated ten-year service agreement reflects confidence in the facility's long-term viability, though definitive terms remain under negotiation.
This partnership could influence the emerging U.S. battery recycling sector by establishing operational models for large-scale material recovery. Success may reduce dependence on virgin mining for battery components and create domestic supply chains for critical materials. The non-China sourcing commitment could affect global battery supply chains. However, the venture's actual impact depends on execution—achieving stated capacity targets and securing sufficient end-of-life battery volumes may prove challenging in a still-developing recycling infrastructure.