Top in Sustainable Lithium-ion battery recycling

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TURNING SCARCITY INTO ABUNDANCE

Unlock peak efficiency with our advanced technology

Ekosh Energy's unique process regenerates battery-grade materials such as lithium, cobalt, manganese, and nickel, enabling their reintroduction into the supply chain for lithium-ion cell manufacturing. This approach fosters a local supply of raw materials, significantly reducing the carbon footprint. By advancing recycling technologies, we offer comprehensive closed-loop solutions for managing the entire battery life cycle. at Ekosh we have establisheed an efficient recycling system that spans both the upstream and downstream sectors of the industry.

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Ekosh Energy's sustainable and circular way.
Ekosh Energy's sustainable and circular way.
Ekosh Energy's sustainable and circular way.

Our advance mechanical technology

Our advance mechanical technology

Our advance mechanical technology

The core output of our mechanical process is high-grade Black Mass, containing less than 1% impurities.

The core output of our mechanical process is high-grade Black Mass, containing less than 1% impurities.

The core output of our mechanical process is high-grade Black Mass, containing less than 1% impurities.

Discharge

Shredding

Separating

High Purity Black Mass

Discharge

At Ekosh, We discharge lithium-ion batteries before recycling to ensure safety and prevent any fire or explosion risks. By removing all stored energy, we make the battery safe to handle

Shredding

we begin the dismantling process to separate its components. We carefully remove the outer casing, electrodes, and electrolyte to access valuable materials.

Separating

we use the mechanical separation process to sort materials. Using these techniques like sieving and magnetic separation to isolate metals.

High purity Black Mass

Ekosh Energy efficiently separate each material, making them ready for recycling and reuse. Our Black Mass containing less than 1% impurities.

Lithium-ion battery Black mass

Discharge

At Ekosh, We discharge lithium-ion batteries before recycling to ensure safety and prevent any fire or explosion risks. By removing all stored energy, we make the battery safe to handle

Shredding

we begin the dismantling process to separate its components. We carefully remove the outer casing, electrodes, and electrolyte to access valuable materials.

Separating

we use the mechanical separation process to sort materials. Using these techniques like sieving and magnetic separation to isolate metals.

High purity Black Mass

Ekosh Energy efficiently separate each material, making them ready for recycling and reuse. Our Black Mass containing less than 1% impurities.

Lithium-ion battery Black mass

Discharge

At Ekosh, We discharge lithium-ion batteries before recycling to ensure safety and prevent any fire or explosion risks. By removing all stored energy, we make the battery safe to handle

Shredding

we begin the dismantling process to separate its components. We carefully remove the outer casing, electrodes, and electrolyte to access valuable materials.

Separating

we use the mechanical separation process to sort materials. Using these techniques like sieving and magnetic separation to isolate metals.

High purity Black Mass

Ekosh Energy efficiently separate each material, making them ready for recycling and reuse. Our Black Mass containing less than 1% impurities.

Lithium-ion battery Black mass

Our Hydrometallurgy
Process Provide

Truly Circularity

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Our Hydrometallurgy
Process Provide

Truly Circularity

FROM LACK TO LIMITLESS

We unlock the power of abundance in every challenge

3

6.94

Lithium

Li

27

58.933

Cobalt

Co

28

58.69

Nickel

Ni

25

54.938

Manganese

Mn

Cathode Active Material

CAM

29

63.546

Copper

Cu

Aluminum

Al

13

26.98

Graphite

C

6

12.011