A breakthrough approach to critical resource recovery
SiTration’s patented silicon electro-extraction (SEE) and silicon nano-filtration (SNF) technologies recover critical minerals directly from diverse aqueous streams, unlocking value across the full mining cycle.
Inefficiency costs us billions in lost resources
As ore grades decline and domestic critical mineral products fail to keep up with current demand, a solution to stabilize the critical minerals supply is vital to secure energy, infrastructure, and national resilience.
SiTration recovers what we can’t afford to lose
By using SEE and SNF technologies to recover critical minerals directly from waste streams, SiTration turns liabilities into productive assets.
SiTration’s resource recovery process
SiTration’s patented technology combines uniquely-durable silicon electro-extraction (SEE) and silicon nano-filtration (SNF) stages to enable profitable and efficient recovery of critical minerals, even from the most complex and dilute streams. SiTration’s solutions are durable, modular, and scalable, drastically simplifying flow sheets and minimizing waste production.
Silicon Electro-Extraction (SEE)
Novel silicon electrodes provide unique energy efficiency, selectivity, and durability for direct recovery from complex sources
Silicon Nano-Filtration (SNF)
Ultra-durable and anti-fouling membranes enable ionic filtration directly from harsh mining streams
The Result
New revenue streams and longer life of mine
Fewer processing steps, lower costs, and no chemical inputs
Stronger supply chains and expanded domestic access to the resources that power energy and infrastructure
A more resource-efficient mining future that benefits the industry, investors, and communities
Proven across mining, refining, and recycling streams worldwide.
Use Cases
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Mine Waste Valorization →
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Processing →
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Refining & Recycling →
Get in touch
SiTration partners with industry leaders to unlock the full value of critical minerals. Get in touch to learn how our technology can strengthen your operations and expand access to the resources the world needs.