
Battery Materials
The foundation of modern energy systems.
The critical metals that store power are extracted from raw ore, industrial scrap, and black mass, a powder from shredded lithium-ion batteries that’s become the fastest growing source of domestic battery materials.
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Battery Materials
The foundation of modern energy systems.
The critical metals that store power are extracted from raw ore, industrial scrap, and black mass, a powder from shredded lithium-ion batteries that’s become the fastest growing source of domestic battery materials.
[Scroll down]

Battery Materials
The foundation of modern energy systems.
The critical metals that store power are extracted from raw ore, industrial scrap, and black mass, a powder from shredded lithium-ion batteries that’s become the fastest growing source of domestic battery materials.
[Scroll down]

Battery Materials
The foundation of modern energy systems.
The critical metals that store power are extracted from raw ore, industrial scrap, and black mass, a powder from shredded lithium-ion batteries that’s become the fastest growing source of domestic battery materials.
[Scroll down]
The Challenge
The United States and Europe are leading global producers - and net exporters - of black mass.
The Challenge
The United States and Europe are leading global producers - and net exporters - of black mass.
The Challenge
The United States and Europe are leading global producers - and net exporters - of black mass.
The Challenge
The United States and Europe are leading global producers - and net exporters - of black mass.
85%
Black mass currently refined in China.
200%
Projected growth in global REE demand by 2030.
85%
Black mass currently refined in China.
200%
Projected growth in global REE demand by 2030.
85%
Black mass currently refined in China.
200%
Projected growth in global REE demand by 2030.
85%
Black mass currently refined in China.
200%
Projected growth in global REE demand by 2030.

Nth Cycle Advantage
We’re already refining black mass to industry standards.
Energy Storage
Defense
Aerospace
Automotive
Commercial Transportation
Robotics and Automation
Consumer Electronics
[+] More

Nth Cycle Advantage
We’re already refining black mass to industry standards.
Energy Storage
Defense
Aerospace
Automotive
Commercial Transportation
Robotics and Automation
Consumer Electronics
[+] More

Nth Cycle Advantage
We’re already refining black mass to industry standards.
Energy Storage
Defense
Aerospace
Automotive
Commercial Transportation
Robotics and Automation
Consumer Electronics
[+] More

Nth Cycle Advantage
We’re already refining black mass to industry standards.
Energy Storage
Defense
Aerospace
Automotive
Commercial Transportation
Robotics and Automation
Consumer Electronics
[+] More
Our global OYSTER®
deployments
Our global OYSTER®
deployments
Fairfield Ohio, USA
Products
High Purity Nickel Cobalt MHP
Industrial Graphite
Battery-grade lithium carbonate
Feedstock
Black Mass
Permitting and Build Time
<18 Months
South Carolina, USA
Netherlands

Fairfield Ohio, USA
Products
High Purity Nickel Cobalt MHP
Industrial Graphite
Battery-grade lithium carbonate
Feedstock
Black Mass
Permitting and Build Time
<18 Months
South Carolina, USA
Netherlands

Fairfield Ohio, USA
Products
High Purity Nickel Cobalt MHP
Industrial Graphite
Battery-grade lithium carbonate
Feedstock
Black Mass
Permitting and Build Time
<18 Months
South Carolina, USA
Netherlands

Fairfield Ohio, USA
Products
High Purity Nickel Cobalt MHP
Industrial Graphite
Feedstock
Black Mass
Permitting and Build Time
<18 Months
South Carolina, USA
Netherlands


Deployment Models
Flexibility for the new industrial era.

Deployment Models
Flexibility for the new industrial era.

Deployment Models
Flexibility for the new industrial era.

Deployment Models