ADVANCED MATERIALS

HPMSM Program

Eryvium's innovative modular platform is meticulously engineered to produce battery-grade High-Purity Manganese Sulphate Monohydrate (>99% HPMSM) and Electrolytic Manganese Dioxide (EMD) from clean MnSO4 feedstock. This versatile system strategically integrates a dedicated line for High-Purity Iron 99% N3 produced from environmentally sustainable Direct Reduced Iron (DRI), effectively addressing the evolving demands of advanced manufacturing and cutting-edge energy storage solutions.

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Clean Feedstock, Modular Scale

Eryvium is developing a commercial HPMSM platform designed for reliability, clean operations, and fast scale-up. The process is built around purchased fertilizer-grade MnSO4 feedstock and a modular design that can integrate High-Purity Iron (≥99%) and Electrolytic Manganese Dioxide (EMD) as downstream options.

Our approach prioritizes clean feedstock, simpler flowsheets, and efficient impurity control—enabling smoother permitting and reducing environmental impact. The modular infrastructure allows capacity and product mix to expand with market demand, creating a flexible platform for regional supply security.

ESG Commitment: Near-zero-waste objective through residue valorization, progressing toward ISO 9001/14001 certification, and full alignment with EU environmental standards.
KEY APPLICATIONS
Battery Cathodes

Battery Cathodes

HPMSM for advanced cathode chemistries including NMC, LMFP/LMFPO, and LMR formulations

Advanced Manufacturing

Advanced Manufacturing

High-Purity Fe for additive manufacturing, robotics, aerospace, and specialty steels

Battery Materials

Battery Materials

EMD for alkaline and lithium battery applications, platform-ready for integration

Specialty Chemicals

Specialty Chemicals

Upgrade pathway from fertilizer-grade to battery-grade manganese sulfate

Target Product Specifications

Battery-grade and advanced-materials products engineered for high-purity applications.

Product Range

Product Purity Target Form Factor Target Application
HPMSM (High-Purity Manganese Sulfate) ≥99.9% Crystalline powder, bulk or bagged Battery-grade cathode precursors (NMC, LMFP, LMR)
High-Purity Iron (Fe) ≥99% Ingot or powder form Additive manufacturing, robotics, aerospace, specialty steels
EMD (Electrolytic Manganese Dioxide) Electrochemical-grade Powder, platform option Alkaline and lithium battery applications

Note: Final specifications subject to detailed engineering and partner selection. ASTM/ISO analytical methods used for verification.

Process Overview

Our modular approach integrates clean feedstock, targeted purification, and product diversification.

Consistent fertilizer-grade MnSO4 reception → targeted impurity removal through advanced purification → battery-grade specifications achieved through controlled crystallization.

Scalable capacity design enabling rapid deployment → near-zero-waste objective through residue valorization (gypsum, Fe salts) → flexible product mix optimization.

Progressing toward ISO 9001/14001 certification → EU/host-country regulatory alignment → certified laboratory testing using ASTM/ISO analytical standards.

Process Overview

Why HPMSM Matters

Strategic advantages of our integrated platform approach

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Battery-Grade Quality

HPMSM (≥99.9%) suitable for advanced cathode chemistries including NMC, LMFP/LMFPO, and next-generation lithium-manganese-rich (LMR) formulations

Regional Supply Security

Shorter, more transparent supply chains for European and international customers. Reduced geopolitical risk through diversified sourcing and regional production

≥99.9% HPMSM

Clean Operations

Lower reagent intensity and simpler flowsheets reduce environmental footprint. Clean feedstock approach enables smoother permitting and regulatory compliance

Modular Growth

Capacity and product mix can expand with market demand. Phased deployment reduces capital risk while enabling rapid response to customer requirements

  • PRODUCT CODE
    N3

    High-Purity Iron

    Advanced manufacturing grade material

    SPECIFICATIONS
    Purity: ≥99.9%
    Form Factors: Ingot / Powder
    Standards: ASTM/ISO
    TARGET APPLICATIONS
    Additive manufacturing (3D printing) powders
    High-precision robotics and automation
    Aerospace components requiring ultra-high purity
    Specialty steel alloys and analytical standards
    PRODUCT FORMS

    Ingot and powder routes available. Particle size distribution and morphology customized to application requirements.

    Targeting ASTM/ISO analytical methods
  • PRODUCT CODE
    EMD-BG

    EMD

    Electrolytic Manganese Dioxide

    SPECIFICATIONS
    Type: Battery Grade
    Application: Alkaline / Li-ion
    Integration: Platform Ready
    TARGET APPLICATIONS
    Alkaline battery cathode material
    Primary and secondary cell chemistries
    Lithium battery applications
    Energy storage systems
    PLATFORM INTEGRATION

    Platform-ready, subject to partner configuration and final flowsheet design. Co-production synergies with HPMSM enable efficient utilization of manganese feedstock and shared infrastructure.

    View integration details

Project Status

Progressing from concept to commercial deployment

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Next Milestones

Finalize engineering partners
Complete site selection
Initiate permitting process
01

Design Phase

Concept and process architecture defined with modular capacity expansion engineered into the layout

Complete
100%
02

Partner Selection

Detailed engineering and equipment partners under evaluation. Technology collaboration discussions active

In Progress
45%
03

Site Planning

Utilities assessment, modular capacity phasing, and infrastructure requirements under review

In Progress
45%

Industries Served

Delivering high-purity materials across multiple advanced sectors