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Solving challenges in battery recycling
The battery industry is constantly changing
“Today, we might handle one type of battery, but in the future, they will come in new forms, with different chemistries. That’s why a big part of the work is looking ahead – doing research and building knowledge so we are prepared for what’s coming,” says Girma Gebresenbut, Technical Expert at Stena Recycling’s Research & Development department.
From electric vehicle batteries to new raw materials
As society becomes increasingly electrified and the number of electric vehicles grows, the need for knowledge, innovation, and flexible solutions continues to increase. Meeting this demand requires both advanced technology and deep expertise.
At Stena Recycling, batteries are handled as part of a circular value chain. In 2023, an industrial-scale lithium-ion battery recycling facility was inaugurated at the Stena Nordic Recycling Center in Halmstad, Sweden. At this facility, used batteries are collected, tested and assessed to determine their State of Health (SOH). This assessment forms the basis for identifying whether a battery is suitable for second-life applications, for example in energy storage systems.
Batteries that are not suitable for second-life are instead recycled, enabling the recovery of valuable strategic raw materials that can be reintroduced into the production of new batteries.
Preparing for the batteries of the future
“At Stena Recycling, we work with real challenges every day – analyzing batteries from electric vehicles and finding ways to reuse or recycle them. At the same time, we are also preparing for the batteries of the future. It’s both challenging and rewarding, but that’s what makes it so interesting. You are constantly learning, working close to new technology, and contributing to something that really matters,” says Girma Gebresenbut.
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