MOVA METALS

RECOVERING ENERGY'S ESSENTIAL METALS

Transforming spent materials into the critical metals and advanced materials needed for a more circular, resilient energy future.

Our Core Capabilities

Engineered for a Circular Future

MOVA Metals combines five decades of metallurgical expertise with advanced recycling technologies to secure critical materials for global industries.

Critical Metals Recovery

Advanced Metallurgy

Circular Supply Chains

Energy Transition

Recovering valuable metals from complex spent materials, ensuring supply chain resilience.

Combining hydrometallurgical and pyrometallurgical technologies for high-purity extraction.

Turning end-of-life materials into valuable resources, reducing virgin extraction.

Supporting the growing demand for critical materials required by modern energy systems.

Essential Elements

FROM SPENT MATERIALS TO ESSENTIAL METALS

MOVA Metals recovers strategic metals from spent petroleum-refining catalysts and other polymetallic materials, vital for advanced industrial applications.

Closed-Loop Systems

CLOSING THE LOOP ON CRITICAL MATERIALS

MOVA's circular economy approach transforms spent industrial materials into valuable, high-purity chemical inputs. Our integrated process ensures maximum recovery and minimal waste, reducing dependence on virgin resource extraction.

From spent petroleum catalysts to new energy materials, we trace every step: Spent Materials → Recovery → Refining → High-Purity Materials → Industrial Applications.

Lithium-Ion Solutions

BUILDING THE NEXT GENERATION OF BATTERY MATERIALS

MOVA Metals is at the forefront of lithium-ion battery recycling, transforming complex black mass into battery-grade materials for electric vehicles, energy storage, and consumer electronics.

Our advanced process meticulously recovers critical elements like Nickel, Cobalt, Manganese, and Lithium, producing high-purity Cathode Active Materials (CAM).

• 01. Collection & Discharge

• 02. Disassembly & Preprocessing

• 03. Metallurgical Refining

• 04. Battery-Grade Materials