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Li-MetalLow-Cost and Scalable Technology

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Lithium Anodes: Conventional metallic anodes are made of lithium foil – the properties of lithium make it very difficult to produce foils in the wide and thin formats needed to maximize the performance of next generation batteries.

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As the world moves away from oil-based fuels and toward renewable energy sources and battery-powered technology, the need for new lithium batteries and lithium foil anodes has become more prevalent.

Existing outdated lithium metal production technologies rely on high-purity lithium chloride, producing 5 tonnes of toxic chlorine gas for each tonne of lithium.

Li-Metal`s patent-pending production process replaces lithium chloride as a raw material with widely-available lithium carbonate- significantly lowering the environmental footprint and cost of lithium metal production.
A better lithium metal production process
  • Lithium metal locally produced, leveraging a widely available chemical used in conventional lithium-ion batteries
  • Patent-pending technology, with expanding technology portfolio
  • No complicated treatment equipment, low operating costs

Resilient
Widely-available feedstock with local and global supply
Sustainable
No toxic chlorine off-gas or by-products and minimal emissions
Low-cost
Simpler flow sheet reduces capital intensity and operating cost for each tonne of lithium metal produced.
  • Flexible bespoke anode production adaptable to different next-generation battery designs
  • Patent pending low-cost, high-performance composite lithium metal anode technology
  • Highly scalable single-machine process ensures high-quality production at high volume
Energy dense

Li-Metal anodes offer better energy density than foil anodes because they can be practically made thinner – no excess lithium.

Cost efficient

Cost and quality improve with decreasing anode thickness leading to high battery cell energy density and reduced material use – exactly what is needed for high-performance batteries.

Scalable

Underlying technology adapted from very large scale – no fundamental technology breakthrough needed for large-format battery anodes.