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Cutting-Edge Battery Innovations:
Unmatched Materials and Services

  • Battery-Grade CAM

      Our patented recycling/ rejuvenation processes are tested, independently certified, economical and efficient at commercial scale for virtually all common battery chemistries on the market… including:

      • NCM 111, 522, 811,
      • NCO, LCO,
      • LFP, LMFP and more

  • Battery-Grade Anode

      Anode materials as well can be purified and recycled directly with these unique processes applied as the market demands…

  • Advanced Black Mass (ABM™)

    • Low Impurity
    • Anode-Free

  • By Products

    To complete Princeton NuEnergy's circular recycling loop, all other by-products are cleanly separated for use and recycling by experienced 3rd parties:

    • Copper
    • Aluminum
    • Plastics
    • Electrolytes
    • Other byproducts and/ or processing materials
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Our RAAS (Recycling as a Service) model lets clients retain total control and ownership of battery materials throughout the entire recycling/upcycling process. This offers key benefits for a modest tolling fee:

Material Control and Continuity
Enhanced Price Stability
Improved Supply Chain Independence
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Looking to operate your own Li-ion battery recycling operation? We plan to offer licensing of our LPAS™ direct recycling technology to partners in cell manufacturing, electric vehicle (EV) and grid BESS storage industries.

With our Cathode-to-Cathode™ and Anode-to-Anode™ licensing processes, partners can efficiently transform recycled materials directly into high-quality components for battery production.

    Reduces Recycling Time
    Minimizes Work-in-Process/Inventory Handling Costs and Complexity
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    Unlock the full potential of powder analysis with our comprehensive testing services. From detailed physical and structural assessments to precise quantitative and qualitative phase analysis, we offer in-depth insights into your materials.

    Physical and Structural Analysis
    Quantitative and Qualitative Phase Analysise
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