HIGH-PURITY BATTERY MATERIALS

Battery Materials for Tomorrow

Transforming critical minerals into high-purity battery materials for the clean energy transition.

Mining operations
Industrial facility
Laboratory work
Solar panels and battery storage

We transform critical minerals into battery-grade compounds that power the energy transition

Three core metrics define our platform: purity, consistency, and supply diversity.

From purity to circularity

Three non-negotiable metrics define our HPMSM platform: battery-grade purity, diversified critical minerals, and a zero-waste target by design.

Purity
≥99.9%

Modular MnSO₄ production platform

Battery-grade purity ensured by closed-loop liquids and modular MnSO₄ processing.

Critical Minerals
5

Manganese · Chrome · Copper · Iron · Tin

Five diversified minerals enabling secure, low-risk supply for energy production.

Waste Target
Zero

Integrated Fe + EMD pathways

Integrated Fe + EMD pathways transform residues into usable materials — achieving zero waste.

HPMSM Platform

Modular high-purity manganese sulfate production with integrated Fe and EMD pathways

  • Battery-grade ≥99.9% purity

  • Clean MnSO₄ feedstock pathway

  • Near-zero waste design

  • Modular capacity scaling

Production Specs

Purity ≥99.9%
Form MnSO₄.H₂O
Applications NMC, LMFP, LMR
Capacity Modular
Battery-Grade Certified

Building the Greenest Supply Chain

Our commitment to near-zero waste, fossil-free operations, and circular design.

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Building the Greenest Supply Chain

Our commitment to near-zero waste, fossil-free operations, and circular design.

View ESG Performance arrow_forward

Building the Greenest Supply Chain

Our commitment to near-zero waste, fossil-free operations, and circular design.

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Social Responsibility

Building the Greenest Supply Chain

Our commitment to near-zero waste, fossil-free operations, and circular design.

View ESG Performance arrow_forward
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