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Finite Resources Made Infinite
The modular, scalable, deployable, circular critical mineral refining platform
Partners
technical-grade rare earth & critical battery elements
Products
Lithium & Transition Metals
Our patented purification and separation technology uses chromatography columns to produce lithium carbonate or hydroxide from the complete array of material input types including but not limited to spodumene ores, mineral brines, LFP black mass and manufacturing byproducts.
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Light & Heavy Rare Earth Oxides
The same chromatographic platform is used to produce rare earth oxides from mineral ore concentrates, recycled magnets, and magnet manufacturing waste. The principal difference between the REE and critical battery element processes is the resin used in the purification and separation columns.
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Multi-mineral multi-feedstock processing
Process Inputs
After the feedstock type has been pre-processed and converted into a concentrate, the columns purify and separate the feed to technical-grade carbonates, hydroxides, sulfates, and oxides.
Mineral Ores & Brines
Our core technology's primary directive is processing lithium brine concentrates, lithium spodumene ore concentrates, and rare earth mineral ore concentrates.
Recycled End-of-Life Materials
Our tech was first engineered to process and refine REEs from recycled wind turbine magnets. Today we extend that capability to all recycled materials containing lithium-based batteries or REE permanent magnets.
Battery Black Mass
The technology recovers and refines lithium from all li-battery black mass types with special focuses on LFP (lithium-iron-phosphate) and NMC (nickel-manganese-cobalt) black mass chemistries.
Manufacturing Byproducts
Our Powered by ReElement service unlocks the value of manufacturing waste streams by purifing target elements or waste streams using the core chromatographic purification and separation platform.
High-yield, High-purity, Low-cost refining
Your Chemistry Refined
Our purification and separation process offers a highly cost-effective refining solution that is up to 100 times more productive per unit process volume, with 10-100 times smaller space requirements and an 80% reduction in waste generation.
Yields & PURITIES EXCEEDING INDUSTRY STANDARDS
Refining-as-a-Service
Our feedstock adaptability is enabled by our predictive model guided design which analyzes the process input's intrinsic parameters to rapidly calculate the optimal processing parameters to refine the target feedstock to technical-grade oxides, hydroxides, carbonates, and sulfate products.
Clean Critical Mineral Refining
The most sustainable refining platform operational today
25%
25% less processing water
75%
75% less processing energy
ZERO
Zero wastewater discharge
70%
70% less carbon emissions