Copper

The irreplaceable foundation of power transmission.

In almost every application that depends on efficient power transmission, theres no substitute for copper - making it one of the worlds most strategic resources. 

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Copper

The irreplaceable foundation of power transmission.

In almost every application that depends on efficient power transmission, theres no substitute for copper - making it one of the worlds most strategic resources. 

[Scroll down]

Copper

The irreplaceable foundation of power transmission.

In almost every application that depends on efficient power transmission, theres no substitute for copper - making it one of the worlds most strategic resources. 

[Scroll down]

Copper

The irreplaceable foundation of power transmission.

In almost every application that depends on efficient power transmission, theres no substitute for copper - making it one of the worlds most strategic resources. 

[Scroll down]

The Challenge

Copper isnt scarce, but much of it remains locked in low-grade ore, mine tailings, and recycled materials that are too expensive to recover with conventional methods.

The Challenge

Copper isnt scarce, but much of it remains locked in low-grade ore, mine tailings, and recycled materials that are too expensive to recover with conventional methods.

The Challenge

Copper isnt scarce, but much of it remains locked in low-grade ore, mine tailings, and recycled materials that are too expensive to recover with conventional methods.

The Challenge

Copper isnt scarce, but much of it remains locked in low-grade ore, mine tailings, and recycled materials that are too expensive to recover with conventional methods.

40M+

40M+

Tonnes of copper estimated to be stranded in U.S. mine tailings.

Tonnes of copper estimated to be stranded in U.S. mine tailings.

40%

40%

Demand growth projected by 2030.

Demand growth projected by 2030.

60%

60%

Import reliance increase by 2030. 

Import reliance increase by 2030. 

Nth Cycle Advantage

We can refine copper from stranded supply, so the valuable metal thats been wasted for decades can be used as electrification demand skyrockets. 

Electric Grid

Defense

Data Centres

Telecommunications

Aerospace

Industrial Manufacturing

Transportation Infrastructure

Robotics & Automation

[+] More

Nth Cycle Advantage

We can refine copper from stranded supply, so the valuable metal thats been wasted for decades can be used as electrification demand skyrockets. 

Electric Grid

Defense

Data Centres

Telecommunications

Aerospace

Industrial Manufacturing

Transportation Infrastructure

Robotics & Automation

[+] More

Nth Cycle Advantage

We can refine copper from stranded supply, so the valuable metal thats been wasted for decades can be used as electrification demand skyrockets. 

Electric Grid

Defense

Data Centres

Telecommunications

Aerospace

Industrial Manufacturing

Transportation Infrastructure

Robotics & Automation

[+] More

Nth Cycle Advantage

We can refine copper from stranded supply, so the valuable metal thats been wasted for decades can be used as electrification demand skyrockets. 

Electric Grid

Defense

Data Centres

Telecommunications

Aerospace

Industrial Manufacturing

Transportation Infrastructure

Robotics & Automation

[+] More

Our featured projects.

Our featured projects.

Our featured projects.

Our featured projects.

Department of Energy, Domestic Copper Electroextraction Pilot

The U.S. Department of Energy (DOE) awarded Nth Cycle funding to develop and test the OYSTER system for copper refining from recycled feedstock.

$3M

Funding support

3 Test Sites

Massachusetts, Michigan & Tennessee

Department of Energy, Domestic Copper Electroextraction Pilot

The U.S. Department of Energy (DOE) awarded Nth Cycle funding to develop and test the OYSTER system for copper refining from recycled feedstock.

$3M

Funding support

3 Test Sites

Massachusetts, Michigan & Tennessee

Department of Energy, Domestic Copper Electroextraction Pilot

The U.S. Department of Energy (DOE) awarded Nth Cycle funding to develop and test the OYSTER system for copper refining from recycled feedstock.

$3M

Funding support

3 Test Sites

Massachusetts, Michigan & Tennessee

Department of Energy, Domestic Copper Electroextraction Pilot

The U.S. Department of Energy (DOE) awarded Nth Cycle funding to develop and test the OYSTER system for copper refining from recycled feedstock.

$3M

Funding support

3 Test Sites

Massachusetts, Michigan & Tennessee