South Korea Battery Recycling Deal Links Cosmo Chemical, FINO

Cosmo Chemical and FINO Establish Recycling Processing Route

A new South Korea battery recycling collaboration will connect overseas battery-waste preprocessing with domestic refining and battery-material production. Cosmo Chemical has signed a toll-processing agreement with domestic precursor manufacturer FINO, under which Cosmo Chemical will receive black mass and black powder that were preprocessed in Europe. The company will then apply its hydrometallurgical process to recover cobalt, nickel, and lithium compounds for reuse. The arrangement creates a route for materials originating from spent batteries collected and preprocessed overseas to be refined in South Korea before returning to the battery-material supply chain.

Recycled Materials Will Return to Battery Production

Under the agreement, Cosmo Chemical will process the incoming black mass and black powder into cobalt sulfate, nickel sulfate, and lithium carbonate. FINO will receive these recycled materials after processing, giving each product a defined role in the downstream materials chain. Cobalt sulfate and nickel sulfate will be reused as precursor materials, while lithium carbonate will be used as cathode material. This structure connects recycling output directly with material production requirements rather than treating recovered substances as a separate stream from the battery supply chain.

CNGR and Samsung SDI Add Supply-Chain Context

FINO is backed by Chinese precursor manufacturer CNGR Advanced Material and South Korean battery manufacturer Samsung SDI, adding established industry participants to the collaboration's wider supply-chain context. CNGR Advanced Material is working to build a recycled-material supply chain connecting Europe and Asia through investments in European battery recycling pre-processing companies. The Cosmo Chemical-FINO arrangement therefore links European preprocessing activity with refining in South Korea and subsequent supply to a domestic precursor manufacturer, creating a cross-regional flow for recycled battery materials.

Cosmo Chemical Seeks Raw Materials and Recycled-Material Buyers

For Cosmo Chemical, the collaboration is intended to address two important requirements for its recycling business: access to raw-material sources and customers for the recycled products it produces. Receiving black mass and black powder from European preprocessing operations provides an identified input stream, while supplying recovered cobalt sulfate, nickel sulfate, and lithium carbonate to FINO provides an identified downstream destination. The arrangement can therefore support a more connected recycling model in which recovered battery materials move from collection and preprocessing into refining and then back into battery-material production.

Circular Supply Chain Connects Overseas Processing With South Korea

The partnership also illustrates how battery recycling can be organized across multiple stages and regions rather than within a single location. Spent batteries are collected and preprocessed overseas, the resulting black mass and black powder are refined by Cosmo Chemical in South Korea, and the recovered materials are supplied to FINO for reuse. Within this structure, each participant has a defined role in moving recycled material toward battery-material applications. The collaboration's stated objective is to establish a circular supply chain that strengthens the competitiveness of Cosmo Chemical's recycling business.

Industry Impact & Outlook

The collaboration could make cross-regional recycling flows more closely connected to battery-material production by pairing European preprocessing with refining and downstream reuse in South Korea. For Cosmo Chemical, the arrangement ties incoming recycled feedstock to identified material applications at FINO, while the broader CNGR Advanced Material supply-chain activity connects the European and Asian stages of recycling. The practical significance is the creation of a defined path from spent-battery processing to recovered materials and back into battery-material use, with Cosmo Chemical seeking stronger raw-material access and market outlets for its recycling operations.

Frequently Asked Questions

What does the Cosmo Chemical-FINO agreement involve?
The agreement covers toll processing of black mass and black powder preprocessed in Europe, with Cosmo Chemical refining those materials in South Korea through its hydrometallurgical process. The resulting cobalt sulfate, nickel sulfate, and lithium carbonate will be supplied to FINO for battery-material applications. Cobalt sulfate and nickel sulfate are intended for reuse as precursor materials, while lithium carbonate is intended for use as cathode material, linking recycled output directly with FINO's downstream material needs.

Why is the collaboration relevant to Cosmo Chemical's recycling business?
The arrangement gives Cosmo Chemical a defined source of incoming recycled material and a downstream buyer for the products generated through processing. The company aims to use the collaboration to secure both raw-material sources and customers for recycled materials, which are two stated priorities for its recycling business. By connecting European preprocessing with refining in South Korea and supply to FINO, the agreement establishes a cross-regional pathway for recycled battery materials.