Capture lithium where it was never before possible
The Lithios Advanced Lithium Extraction (ALE) Pack is brine-agnostic, engineered for rapid deployment with minimal customization, offering best-in-class recovery at a fraction of the cost and resource intensity of competing methods.
Deployable, scalable, with best-in-class return on investment
20
Tons water per ton LCE
<1
MWh energy consumed per ton LCE
Up to
99%
Impurity rejection
6000
Produced lithium concentration (ppm)
Each ALE Pack is a self-contained, field-deployable unit— modular by design, and scalable by project. Systems commission quickly, operate with your existing resources, and are backed by a full warranty.
From a single electrode to a global lithium supply.
Engineered from the electron up.
- Hundreds of lithium-selective electrode plates, precisely engineered and assembled into Lithios’ proprietary ALE stacks.
Modular by design.
- Electrode layers stack into compact units, purpose-built to scale with project size and asset type.
Built for the field.
- Packs are engineered for field durability, consistent performance, and seamless scalability across brine types — no custom solvents or flowsheet changes required.
Lithium in. Contaminants out.
- ALE captures lithium and leaves contaminants behind with advanced selectivity that limits downstream steps and environmental footprint.
Grows with your project.
- Packs scale to plant size, adding needed capacity with no ground-up redesign required.
A bigger lithium supply
- ALE extras lithium from brines previously too contaminated or too dilute to develop, expanding what’s economically recoverable worldwide.
ALE’s simplicity transforms plant economics
- Conventional extraction methods require extensive downstream processing to reach a sellable product. ALE’s electrochemical selectivity shrinks the process flowsheet — reducing capital requirements, operational complexity, and environmental footprint. With it, more brine types are viable than ever before, unleashing new sources of lithium in the supply chain.
Lithios ALE: most efficient
Brine
Delivery
Delivery
Pretreatment
ALE
Chemical Purification
Thermal Evaporation
Carbonization
DLE Process
Brine Delivery
Pretreatment
DLE
Seawater RO
Chemical Softening
Divalent Ion Removal
Boron Removal
High
Pressure RO
Thermal Evaporation
NaCI Crystallization
Carbonization
90%
Reduction in solid waste
70%
Reduction in reagent use
45%
Fewer processing steps
25%
Reduction in energy use
20%
Reduction in plant footprint
Take your lithium resources further
- The ALE pack integrates into existing operations with minimal disruption. We help you unlock lithium where it wasn’t before viable, translating overlooked resources or even waste into revenue—and a resource the world urgently needs.