Nth Cycle fills the largest and most urgent gap in the critical mineral supply chain.
We refine mined and recycled materials to produce some of the world’s most valuable industrial inputs.
Nth Cycle fills the largest and most urgent gap in the critical mineral supply chain.
We refine mined and recycled materials to produce some of the world’s most valuable industrial inputs.
Nth Cycle fills the largest and most urgent gap in the critical mineral supply chain.
We refine mined and recycled materials to produce some of the world’s most valuable industrial inputs.
Nth Cycle fills the largest and most urgent gap in the critical mineral supply chain.
We refine mined and recycled materials to produce some of the world’s most valuable industrial inputs.
Nth Cycle fills the largest and most urgent gap in the critical mineral supply chain.
We refine mined and recycled materials to produce some of the world’s most valuable industrial inputs.
Who we are
We process essential metals for the world’s most strategic industries.
With applications across batteries, magnets, semiconductors, and more, we will enable progress across the modern economy.
Who we are
We process essential metals for the world’s most strategic industries.
With applications across batteries, magnets, semiconductors, and more, we will enable progress across the modern economy.
Who we are
We process essential metals for the world’s most strategic industries.
With applications across batteries, magnets, semiconductors, and more, we will enable progress across the modern economy.
Who we are
We process essential metals for the world’s most strategic industries.
With applications across batteries, magnets, semiconductors, and more, we will enable progress across the modern economy.
Artificial Intelligence
Defense
Energy
Technology

Copper and rare earths power AI infrastructure and data centers.
Artificial Intelligence
Defense
Energy
Technology

Copper and rare earths power AI infrastructure and data centers.
Artificial Intelligence
Defense
Energy
Technology

Copper and rare earths power AI infrastructure and data centers.
Artificial Intelligence
Defense
Energy
Technology

Copper and rare earths power AI infrastructure and data centers.

The Electroextraction Platform and OYSTER® System
Nth Cycle’s OYSTER system uses a single platform to deliver powerful advantages.
Nth Cycle's patented electroextraction platform is designed to bypass the cost, complexity, and waste of the traditional centralized refinery model. Built on that platform, The OYSTER is a modular refining system that can be installed in existing buildings at a fraction of the cost and time.

The Electroextraction Platform and OYSTER® System
Nth Cycle’s OYSTER system uses a single platform to deliver powerful advantages.
Nth Cycle's patented electroextraction platform is designed to bypass the cost, complexity, and waste of the traditional centralized refinery model. Built on that platform, The OYSTER is a modular refining system that can be installed in existing buildings at a fraction of the cost and time.

The Electroextraction Platform and OYSTER® System
Nth Cycle’s OYSTER system uses a single platform to deliver powerful advantages.
Nth Cycle's patented electroextraction platform is designed to bypass the cost, complexity, and waste of the traditional centralized refinery model. Built on that platform, The OYSTER is a modular refining system that can be installed in existing buildings at a fraction of the cost and time.

The Electroextraction Platform and OYSTER® System
Nth Cycle’s OYSTER system uses a single platform to deliver powerful advantages.
Nth Cycle's patented electroextraction platform is designed to bypass the cost, complexity, and waste of the traditional centralized refinery model. Built on that platform, The OYSTER is a modular refining system that can be installed in existing buildings at a fraction of the cost and time.
THE ADVANTAGES
Refining for the West.
THE ADVANTAGES
Refining for the West.
THE ADVANTAGES
Refining for the West.
THE ADVANTAGES
Refining for the West.
Cheaper
Up to 70% lower capital intensity at 5-10x smaller scale.
Faster
As little as 2 years to deployment, including permitting.
Cleaner
Up to 75% less waste thanks to electroextraction.
Cheaper
Up to 70% lower capital intensity at 5-10x smaller scale.
Faster
As little as 2 years to deployment, including permitting.
Cleaner
Up to 75% less waste thanks to electroextraction.
Cheaper
Up to 70% lower capital intensity at 5-10x smaller scale.
Faster
As little as 2 years to deployment, including permitting.
Cleaner
Up to 75% less waste thanks to electroextraction.
Cheaper
Up to 70% lower capital intensity at 5-10x smaller scale.
Faster
As little as 2 years to deployment, including permitting.
Cleaner
Up to 75% less waste thanks to electroextraction.
Markets
We’re solving the urgent demand for battery materials, rare earth elements, and copper.
Markets
We’re solving the urgent demand for battery materials, rare earth elements, and copper.
Markets
We’re solving the urgent demand for battery materials, rare earth elements, and copper.
Markets
We’re solving the urgent demand for battery materials, rare earth elements, and copper.

Battery Materials
The foundation of energy storage systems, transportation, and infrastructure.
[Ni] Nickel
[Co] Cobalt
[Li] Lithium
Graphite
Rare Earth Elements
Copper

Battery Materials
Rare Earth Elements
The magnets, motors, and precision technologies for defense, manufacturing and advanced electronics.
[Nd] Neodymium
[Pr] Praseodymium
[Dy] Dysprosium
[Sm] Samarium
[Ce] Cerium
[+] More
Copper

Battery Materials
The foundation of energy storage systems, transportation, and infrastructure.
[Ni] Nickel
[Co] Cobalt
[Li] Lithium
Graphite
Rare Earth Elements
Copper
Latest news
Recent news on Nth Cycle
Latest news
Recent news on Nth Cycle
Latest news
Recent news on Nth Cycle
Latest news


