The Future of Clean Lithium Refining

Smart chemistry. Circular design. Industrial results. A patented process that lowers cost, reduces environmental impact, and delivers battery-grade lithium at scale.

The Next Generation of Lithium Refining

Discover how Lithium Ark’s patented processes will transform the industry with cleaner, more efficient lithium production.

The Lithium Ark Advantage

Delivering cleaner lithium with better economics — improving both performance and environmental impact.

Proven
Expertise

Team with decades of on-the-ground experience in lithium and chemical processing, backed by a track record across major lithium projects and operations worldwide.

Breakthrough Innovation

A patented refining approach born from deep technical insight — designed to solve the industry’s biggest challenges in cost, sustainability, and efficiency.

Ready for Industry Collaboration

A technology and team prepared to support producers, developers, and partners in accelerating the shift toward cleaner, more competitive lithium production.

Our Impact

Delivering the clean lithium the world demands through smarter chemistry and results that drive real impact.

Lower CAPEX & OPEX

An optimized, low-complexity refining route that reduces both capital costs and day-to-day operating expenses.

Higher Lithium Recovery

More lithium recovered per tonne of feedstock, improving project yield and long-term production output.

Lower CO2 Emissions

Circular chemistry that eliminates soda ash and reduces the carbon footprint across the refining process.

Lower Energy and Water Consumption

Efficient crystallization and circular reagent use sharply reduce energy and water demand, strengthening sustainability and lowering resource-related risks.

Flexible Battery-Grade Output

A versatile process that produces battery-grade lithium hydroxide or lithium carbonate with minimal adjustments, enabling fast response to market and customer needs.

Patented, Proven & Scalable Process

A patented TRL-5–validated refining technology with a modular, low-complexity design that reduces technology risk and enables rapid industrial scaling.