Understanding the Feedstock
Lithium Ark accepts a wide range of raw materials—from brine pools in salt flats to hard‑rock deposits. The key is a flexible chemistry platform that adapts to varying lithium concentrations and impurities.
Phase 1: Selective Extraction
Using a proprietary solvent system, we selectively bind lithium ions while leaving most other metals in solution. This step:
- Operates at ambient temperatures.
- Requires no corrosive acids.
- Produces a lithium‑rich solution ready for crystallization.
Phase 2: Controlled Precipitation
By carefully adjusting pH and temperature, we precipitate lithium carbonate with high purity. The process is:
- Energy‑efficient, using only mild heating.
- Free of toxic by‑products.
- Yielding a product that meets battery‑grade specifications.
Quality Assurance
Every batch undergoes rigorous testing:
- Purity analysis (≥99.5% Li₂CO₃).
- Particle size distribution for optimal battery performance.
- Compliance with ISO 9001 and ISO 14001 standards.
Environmental Benefits
Compared to conventional high‑temperature processes, our method:
- Reduces CO₂ emissions by 90%.
- Eliminates hazardous waste streams.
- Cuts water usage by 70%.
Future Innovations
We’re exploring AI‑driven process optimization to further lower energy use and expand feedstock compatibility. Our goal is a fully circular lithium supply chain that supports the next generation of electric vehicles and grid storage.
Learn more about our science and how it can benefit your operations by visiting our Technology page.