Empowering the Energy Transition, Simplifying Recycling for You

We recover
critical materials

At Fivrec, we're powering the energy transition and securing the materials required for a sustainable future. As innovators in circularity for critical materials, we specialize in the recycling of lithium-ion batteries. Our systematic and intelligent approach allows us to streamline our recycling process, ensuring both efficiency and ease for our clients. By partnering with us, you're contributing to a more sustainable world, where every recycled battery makes a difference.

12x

Surge in EU Lithium Battery Demand by 2030

45%

Domestic Recycling for Critical Materials - EU 2030 Target

4x

Less CO2: Recycled Batteries vs. Mined Materials

Critical Materials Explained

Lithium, cobalt, and nickel are just a few of the critical materials that are central to our modern way of life. These elements are the building blocks for everything from the batteries that power electric vehicles to the components that drive our smartphones. They're not just metals; they're the enablers of sustainable energy and communication technologies.

Importance:

Critical to achieving net-zero emissions and circular economy objectives, the EU and the US consider these materials essential. They are fundamental to the transition towards electrification and sustainable development.

Problem:

Their supply is limited to a few places around the world, yet demand is surging as they are pivotal for various technologies that drive modern economies. This imbalance poses significant challenges. Recognising this, our mission is to secure a sustainable supply through innovative recycling methods that support the green economy and reduce reliance on traditional mining.

The problem we are solving

Rising EV production demands more battery metals and presents a new challenge: battery end-of-life management. Fivrec addresses both by supplying recycled metals and providing sustainable battery recycling solutions.

Plug-in Hybrid Electric Vehicles
Battery Electric Vehicles

Notice something missing?

Yes, if you guessed that there are millions more batteries in devices like electric motorbikes, scooters, phones, laptops and energy storage systems just to name a few, you're on point with your analytical thinking. If you're keen to help us tackle this challenge, let's have a chat

Let’s get in touch

Key critical materials
in our processes

3

Li

Lithium

Used in:
  • Batteries
6

C

Carbon (Graphite)

Used in:
  • Batteries
14

Si

Silicon

Used in:
  • Photovoltaic cells
25

Mn

Manganese

Used in:
  • Batteries
27

Co

Cobalt

Used in:
  • Batteries
28

Ni

Nickel

Used in:
  • Batteries
29

Cu

Copper

Used in:
  • Electric Motors
31

Ga

Galium

Used in:
  • Photovoltaic cells

Our Evolving Process

Our innovative process streamlines lithium-ion battery recycling into FIVE manageable steps, ensuring efficiency and safety at every turn.

Metal
Metal
Metal
Metal
Metal
Metal
1

Collection and Transportation

We gather used batteries from various sources, including electronic waste collection centers, battery or product manufacturers, and end-users.

2

Sorting and Preprocessing

Upon arrival at the recycling facility, the batteries undergo a rigorous sorting process based on their type, chemistry, and condition. Batteries are then carefully discharged and disassembled to the cell level.

3

Mechanical Processing

This stage involves shredding the battery cells to break them down into smaller, more manageable pieces. This mechanical processing facilitates the separation of plastics and metals like copper and aluminium, and the extraction of black mass.

4

Hydrometallurgical Treatment

Following the extraction of black mass, the material undergoes leaching, a chemical process where solvents dissolve metals from battery waste into a leachate solution. This solution is then processed to recover valuable metals like lithium, cobalt, and nickel for reuse.

5

Refinement and Reintegration

The final stage refines recovered metals to high purity, preparing them for reuse in new batteries or other products, thus completing the sustainable recycling loop

Metal
Metal
Metal
Metal
Metal

1.Collection and Transportation

We gather used batteries from various sources, including electronic waste collection centers, battery or product manufacturers, and end-users.

2.Sorting and Preprocessing

Upon arrival at the recycling facility, the batteries undergo a rigorous sorting process based on their type, chemistry, and condition. Batteries are then carefully discharged and disassembled to the cell level.

3.Mechanical Processing

This stage involves shredding the battery cells to break them down into smaller, more manageable pieces. This mechanical processing facilitates the separation of plastics and metals like copper and aluminium, and the extraction of black mass.

4.Hydrometallurgical Treatment

Following the extraction of black mass, the material undergoes leaching, a chemical process where solvents dissolve metals from battery waste into a leachate solution. This solution is then processed to recover valuable metals like lithium, cobalt, and nickel for reuse.

5.Refinement and Reintegration

The final stage refines recovered metals to high purity, preparing them for reuse in new batteries or other products, thus completing the sustainable recycling loop