Data as of Apr 11, 2026 · Based on 95 AI answers · A buyer need in Waste Management Services and Software. · See how Parse measures this
AI most consistently sends buyers seeking at-scale EV battery recycling to Ascend Elements, which holds an 18.9% recommendation share and appears repeatedly for its Georgia facilities and Hydro-to-Cathode process.
Glencore and
Redwood Materials follow close behind at 15.8% and 14.7%, making the top three an open race across platforms and dates. The common thread is commercial-scale capacity and closed-loop or feedstock-to-material recovery, not regional convenience.
Where a different pick wins:
AI singles out its Hydro-to-Cathode process for converting spent packs directly into new cathode material.
Cited for safely shredding whole packs at regional spokes before centralized hydrometallurgical recovery.
Appears alongside Fortum and CATL as a major European or Asian leader for large-scale recycling.
Leads for large-scale processing with its Georgia Base 1 facility and Hydro-to-Cathode direct conversion of spent batteries.
Cited as a large multinational battery materials and recycling operator with industrial throughput for EV battery streams.
Recommended for recovering roughly 95% of pack materials and remanufacturing anode and cathode components into a domestic supply chain.
Shows up for full-service EV battery logistics, collection, and processing, with a major Ohio plant for large-format batteries.
Appears for proprietary mechanical separation and multiple US and European lithium-ion plants serving OEM needs.
Data as of Apr 11, 2026 · Based on 95 AI answers · A buyer need in Waste Management Services and Software. · See how Parse measures this
AI most consistently sends buyers seeking at-scale EV battery recycling to , which holds an 18.9% recommendation share and appears repeatedly for its Georgia facilities and Hydro-to-Cathode process. and follow close behind at 15.8% and 14.7%, making the top three an open race across platforms and dates. The common thread is commercial-scale capacity and closed-loop or feedstock-to-material recovery, not regional convenience.
AI returns a stable shortlist of commercial-scale recyclers. Ascend Elements,
Redwood Materials, Li-Cycle,
Cirba Solutions, and
Umicore are the most repeated names, with
Ascend Elements cited most often for its Georgia capacity and hydro-to-cathode route.
Where a different pick wins:
AI singles out its Hydro-to-Cathode process for converting spent packs directly into new cathode material.
Cited for safely shredding whole packs at regional spokes before centralized hydrometallurgical recovery.
Appears alongside Fortum and CATL as a major European or Asian leader for large-scale recycling.
Leads for large-scale processing with its Georgia Base 1 facility and Hydro-to-Cathode direct conversion of spent batteries.
Cited as a large multinational battery materials and recycling operator with industrial throughput for EV battery streams.
Recommended for recovering roughly 95% of pack materials and remanufacturing anode and cathode components into a domestic supply chain.
Shows up for full-service EV battery logistics, collection, and processing, with a major Ohio plant for large-format batteries.
Appears for proprietary mechanical separation and multiple US and European lithium-ion plants serving OEM needs.
AI returns a stable shortlist of commercial-scale recyclers. Ascend Elements,
Redwood Materials, Li-Cycle,
Cirba Solutions, and
Umicore are the most repeated names, with
Ascend Elements cited most often for its Georgia capacity and hydro-to-cathode route.